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Page 1: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 2: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

Here is a stringed instrument. It is

important to know the parts of your instrument, and

how they work together to help your instrument create music!

Page 3: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

BODY: the main resonant chamber of the instrument.

Page 4: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

SCROLL: an ornamental piece of wood found at the top of the instrument.

Page 5: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

PEGS: used to tune the instrument. Small adjustments make a big difference. Do not touch these until told to.

Page 6: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

FINGER BOARD: Made of ebony to withstand centuries of fingering. Here our left hands press down the strings in precise places to make different notes.

Page 7: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

C-BOUTS: Make the violin a unique shape so that the bow can more easily play the lowest and highest strings.

Page 8: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

CHIN REST: a device which helps us to hold the instrument under our jaw.

Page 9: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

BRIDGE: Made of a thin wedge of wood. The bridge is held on by pressure alone. It transfers vibrations from the strings into the body of the violin.

Page 10: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

TAIL PIECE: helps to suspend the strings over the bridge. It holds an amazing amount of pressure.

Page 11: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

F-HOLES: allow sound to escape out of the body of the instrument.

Page 12: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Instrument Anatomy

Now you label the Instrument in your

Very own MUSIC THEORY JOURNAL

Page 13: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 14: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Staff

Music is written on a staff. A staff consists of five lines equally spaced.

The distance between any two lines of the staff is called a space. There are four spaces in the staff.

Page 15: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Staff

Draw a staff on your paper.

How many lines does it have?

How many spaces?

Page 16: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 17: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes are placed on the lines or the spaces of the music staff.

Line notes are exactly on the line.

Space notes are written

exactly between two lines.

Page 18: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes are placed on the lines or the spaces of the music staff.

Line notes are exactly on the line.

Trace the two notes on the staff,

Then draw two just like it.

Space notes are written

exactly between two lines.

Trace the two notes on the staff,

Then draw two just like it.

Page 19: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes have separate parts which tell us how long or short they are.

Label the parts of the notes below:

Page 20: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes have separate parts which tell us how long or short they are.

Label the parts of the notes below:

HEAD HEAD HEAD

Page 21: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes have separate parts which tell us how long or short they are.

Label the parts of the notes below:

HEAD HEAD HEAD

STEM STEM

STEM

Page 22: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Notes

Notes have separate parts which tell us how long or short they are.

Label the parts of the notes below:

HEAD HEAD HEAD

STEM STEM

STEM

FLAG

Page 23: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 24: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Clef Signs

Violinists read music with a Treble Clef *Its nickname is the “G” clef because it circles around the G line.

Violists read music with an Alto Clef *Its nickname is the “C” clef because the curves surround the middle C line.

Cellists and Bassists read music with a Bass Clef *Its nickname is the “F” clef because the dots surround the F line.

Page 25: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Draw your clef on the staff 5 times.

Pay attention to detail…

Page 26: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Clef Signs

What is your clef’s nickname?

Page 27: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 28: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Each line and space of the staff has a letter name in relation to its clef sign.

The first seven letters of the alphabet are used in naming the lines and spaces of both clefs:

A – B – C – D – E – F – G

Page 29: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Violin players notes are named as follows:

Page 30: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Viola players notes are named as follows:

Page 31: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Cello and Bass players notes are named as follows:

Page 32: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Draw in your instruments clef sign.

Write the names of the notes for the following line. (SPACE notes) (LINE notes)

.

Page 33: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Letter Names

Draw in your instruments clef sign.

Write the names of the notes for the following line.

Page 34: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 35: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Open Strings

Orchestra instruments have

four open strings.

Each instrument is tuned with

four unique pitches.

Copy down the notes as they

appear on the music staff for

your specific instrument.

Page 36: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Open Strings

Violins are tuned as follows:

G D A E

Page 37: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Open Strings

Violas are tuned as follows:

C G D A

Page 38: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Open Strings

Cellos are tuned as follows:

C G D A

Page 39: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Open Strings

Basses are tuned as follows:

E A D G

Page 40: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 41: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Beginning Bow Hold

Be patient as your director passes out frogs to the class.

Keep the frog on your music stand until instructed to do differently.

Page 42: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Beginning Bow Hold

1. RELAX your fingers/hand

2. Rest the stick in your finger fat between first and second knuckles

3. Thumb kisses the lip of the frog like a mountain

4. Violinists/violists tap pinky on top

5. Track straight back and forth or up and down as if traveling through a tube

Page 43: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 44: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

At the beginning of every piece of music there is a time signature. It is made up of two numbers placed one above the other like this: -

The upper number tells us the number of beats in a measure. (What we count to)

The lower number tells us what kind of note gets a beat.

Time Signatures

Page 45: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Time Signature

When looking at the denominator of the time signature the numbers represent the following note values:

2 – half note

4 – quarter note

8 – eighth note

Page 46: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Time Signatures Identify what kind of note gets the beat and how many beats per measure for each of the following time signatures:

Page 47: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Time Signatures

Write the top number for these incomplete time signatures:

Page 48: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 49: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Each note in western music notation receives a certain number of beats. *Remember the denominator of the Time Signature determines the value of each note.

When the lower number of the time signature is 4

the quarter note ( ) receives one beat.

Page 50: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

Page 51: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

*First we need to look at the time signature to find out how many beats there are in a measure and what kind of note gets the beat.

Page 52: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

*First we need to look at the time signature to find out how many beats there are in a measure and what kind of note gets the beat.

FOUR BEATS

QUARTER NOTE

Page 53: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1

Page 54: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2

Page 55: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3

Page 56: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3 4

Page 57: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3 4 1

We start counting over when we cross a BAR LINE into a new measure.

Page 58: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3 4 1 2

Page 59: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3 4 1 2 3

Page 60: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes

Let’s count the following example of quarter notes together:

1 2 3 4 1 2 3 4

Page 61: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Quarter Notes Write the beat for all of the quarter notes in the following examples:

Page 62: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 63: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Each note in western music notation receives a certain number of beats. *Remember the denominator of the Time Signature determines the value of each note.

It takes two quarter notes ( ) to make one half note:

+ =

When the lower number of the time signature is 4 the half note ( ) receives two beats.

Page 64: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class: *First we need to look at the time signature to find out how many beats there are in a measure and what kind of note gets the beat.

Page 65: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class: *First we need to look at the time signature to find out how many beats there are in a measure and what kind of note gets the beat.

Four beats in a measure.

The quarter note gets the beat.

Page 66: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2

When more than one beat occurs within a note we show this by combining the beats with a dash. We count these rhythms in a continuous sound.

Page 67: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4

Page 68: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4 1-2

Page 69: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4 1-2 3-4

Page 70: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4 1-2 3-4 1

Page 71: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4 1-2 3-4 1 2

Page 72: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes

Let’s count the following example of half notes together as a class:

1-2 3-4 1-2 3-4 1 2 3-4

Page 73: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Half Notes Write the beat for all of the notes in the following examples:

Page 74: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 75: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Note Values

Each note in western music notation receives a certain number of beats. *Remember the denominator of the Time Signature determines the value of each note.

When the lower number of the time signature is 4 the quarter note ( ) receives one beat,

the half note ( ) receives two beats,

and the whole note ( ) receives four beats.

Page 76: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Note Values

The beats may be written under the notes like this:

1 2 3 4 1-2 3-4 1-2-3-4

The numbers connected by a dash apply to the same note and should be counted in a continuous sound.

Page 77: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Note Values

In 4/4 time how many beats does a quarter note receive?

In 3/4 time how many beats does the half note receive?

Page 78: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Note Values Write in the rhythm under each of the following examples according to the written time signature.

Page 79: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 80: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Rest Values

For each note value in music there is an equal rest value. The time signature determines the value of each note or rest.

When the lower number of the time signature is 4

the quarter rest ( ) receives one beat,

the half rest ( ) receives two beats,

and the whole rest ( ) receives four beats.

Page 81: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The beats may be written under the rests enclosed in parenthesis like this:

(1) (2) (3) (4) (1-2) (3-4) (1-2-3-4)

The numbers connected by a dash apply to the same rest and should be counted in a continuous silence.

Basic Rest Values

Page 82: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

When both notes and rests occur within the measure the beats may be written like this:

(1) 2 (3) 4 1-2 (3-4) (1-2) 3 (4)

When counting allowed you only speak the numbers written outside the parenthesis. In this example you would only say 2 4/1-2 / 3

Basic Rest Values

Page 83: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Rest Values

In 4/4 time how many beats does a whole rest receive?

In 6/4 time how many beats does the half note receive?

Page 84: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Rest Values Draw your clef at the beginning of each line. Write in the rhythm under each of the following examples according to the written time signature.

Page 85: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 86: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Counting Quarter Notes Review

Page 87: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 88: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Counting Quarter & Half Notes Review

Page 89: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 90: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Counting Review

Page 91: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 92: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Music Symbols Draw a line to match the musical symbols to their definitions.

Whole note Time signature Half note Measure Quarter note Bar line Quarter rest

Page 93: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 94: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Pizzicato

Pizzicato is the term used to define the technique of “plucking the string.” When you pluck the string you must anchor your thumb against the fingerboard for leverage. Primarily the pointer finger is used to pluck the strings. The pinky, ring, and middle fingers stay tucked away. (no spider fingers!)

Page 95: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Pizzicato

Pizzicato is a technique unique to string playing.

In our music “pizz.” is written before the notes that are to be plucked.

Page 96: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Pizzicato

Pizzicato is a technique unique to string playing.

In our music “pizz.” is written before the notes that are to be plucked.

The red section of this music would be plucked because

of the pizz. written before the notes.

Page 97: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Pizzicato

What finger is primarily used to pluck the strings?

Can a clarinetist pizzicato?

What is written before notes that should be plucked in our music?

Page 98: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 99: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ledger Lines

Ledger lines extend the staff so that notes with a higher or lower pitch can be represented in music notation. Notes that rest in the middle of the ledger line are line notes.

Notes that rest on top of the ledger line or underneath the ledger line are space notes.

Page 100: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ledger Lines

All string players need ledger lines to extend below the staff in order to play the lowest notes on their instruments.

Violin Viola Cello Bass

Page 101: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ledger Lines

All string players need ledger lines to extend above the staff in order to play in the upper octaves of their instruments.

Violin Viola

Cello Bass

Page 102: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ledger Lines

Draw your clef sign on the large staff. Then draw the lowest note that your instrument can play using ledger lines to extend below the staff.

On top of the staff draw a space note two ledger lines high.

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Orchestra Music Theory

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A half step is the smallest distance between two notes. Example: F# to G (there is no room for another note in- between.

A whole step is two half steps combined.

Example E to F# (there is room for another note in-

between… we call this note F natural)

Half Steps and Whole Steps

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A half step is the smallest distance between two notes. A half step can be shown by drawing part of a triangle in the space between to notes.

A whole step is two half steps combined. A whole step can be shown by drawing the top of a rectangle in the space between to notes.

.

Half Steps and Whole Steps

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Half Steps and Whole Steps What is the exact definition of a whole step? In your own words what is a half step? If you want to show that two notes are a half step apart what

do you draw between the notes? If you want to show that two notes are a whole step apart

what do you draw between the notes? .

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Orchestra Music Theory

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Major Scale

Each note of a Major Scale is assigned to a specific syllable or sound.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

The 1st and 8th notes of the scale share the same syllable “Do.” Do is also called the tonic.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

The third step of the scale is called “Mi.” The third note determines whether a scale is Major or minor.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

If the third note of the scale was lowered half a step it would be called Me instead of Mi. Then the scale would be minor.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

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Major Scale

The third step of a scale is also called the mediant.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

The fifth step in a Major Scale is called “Sol.” It is also called the dominant because it is next in importance harmonically to the tonic (1st & 8th steps)

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

The Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

Whole steps are shown by drawing the top of a rectangle between steps like this:

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

Whole steps are shown by drawing the top of a rectangle between steps like this:

Here we can see that there are five whole steps in a Major Scale

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

Half steps are shown by drawing the top of a triangle between steps like this:

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

Half steps are shown by drawing the top of a triangle between steps like this:

Here we can see that there are two half steps in a Major Scale

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale

Here are all of the whole steps and half steps as they occur in every Major Scale found in music:

Copy the markings in your theory journal.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

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Major Scale Which scale degree is called the dominant? Which scale degree is called the tonic? Which scale degree determines whether a scale is major or

minor? What syllable is assigned to the seventh scale degree? The half steps in a Major scale occur between syllables ___ and ____ as well as ___ and ___.

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Orchestra Music Theory

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D-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 D E F# G A B C# D

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D-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 D E F# G A B C# D

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D-Major Scale

Draw your clef sign on the staff.

Write the D-Major one octave scale beginning with the open D string.

Write the finger numbers under the scale.

Label the tonic, mediant, and dominant.

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Orchestra Music Theory

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First Composition

A person who writes music is

called a composer.

When you are writing

music you are composing.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

1 2 3 4 Your composition must:

1. include your clef at the beginning.

2. have a 4/4 time signature.

3. have four complete measures.

4. use two open strings.

5. have at least one quarter note.

6. have at least one half note.

7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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First Composition

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have four complete measures. 4. use two open strings. 5. have at least one quarter note. 6. have at least one half note. 7. have at least one quarter rest.

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Orchestra Music Theory

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Bar lines divide music into measures.

The distance between any two bar lines is called a measure. Bar Line Bar Line

Measure Measure Measure

When any part of the music is complete, we use a

double bar to mark its end. Double Bar

Marking Measures

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

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Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Don’t forget to draw a double bar at the end of the line!

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Marking Measures

What does the double bar indicate?

What is the space between any two bar lines called?

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Marking Measures Draw in the bar lines for each of the examples according to the

written time signature at the beginning of the line

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Orchestra Music Theory

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Repeat Signs

A repeat sign consists of two dots placed before or after a double bar.

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Repeat Signs

A repeat sign consists of two dots placed before or after a double bar.

This musical symbol tells us to repeat the music enclosed by these symbols.

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Repeat Signs

A repeat sign consists of two dots placed before or after a double bar.

Repeat back to the last repeat sign.

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Repeat Signs

A repeat sign consists of two dots placed before or after a double bar.

After the section is repeated we continue to read the musical line after the repeat signs.

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Repeat Signs

A repeated section is often marked with a first and second ending.

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Repeat Signs

A repeated section is often marked with a first and second ending.

If multiple endings are marked you play the 1st ending the first time, then repeat the music.

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Repeat Signs

A repeated section is often marked with a first and second ending.

If multiple endings are marked you play the 1st ending the first time, then repeat the music.

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Repeat Signs

A repeated section is often marked with a first and second ending.

The second time through skip the 1st ending and play the 2nd ending.

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Repeat Signs

Draw two repeat signs facing each other on the blank staff:

In your own words, what does a repeat sign tell us to do?

When there is a repeated section with 1st and 2nd endings, what do we do after we have played the 1st ending and repeated the line?

.

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Orchestra Music Theory

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What is Rosin?

As orchestra musicians we can use a bow to play our instruments. But without rosin the bow wouldn’t make the strings sound. Rosin is made from pine sap or pine resin. Rosin is what aids the bow in gripping the slippery metal strings.

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What is Rosin?

You should NEVER touch your rosin, or your bow hair.

It is important to rosin your bow every time you play. Two or three passes along the hair should do.

It is equally important to clean the rosin off of your instrument’s strings after you play. This way no rosin remains caked on the metal strings or varnish as it will eat away at the materials over time.

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What is Rosin?

How many times should you drag the rosin block across the bow hair when you play?

What is rosin made of?

How often should you touch the hair of your bow?

.

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Orchestra Music Theory

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Dotted Notes A Dot ( . ) may be added to any note used in music. The dot extends the notes duration by one-half the value of the note it follows. Example: A whole note ( ) receives 4 beats. The dot ( . ) half as many or 2 beats.

The two together receive 6 beats: . = 1-2-3-4-5-6

A half note ( ) receives 2 beats. The dot ( . ) half as many or 1 beat.

The two together receive 3 beats: . = 1-2-3

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3)

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6 1

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6 1 2-3-4

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6 1 2-3-4 5

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6 1 2-3-4 5 6

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Dotted Notes

Let’s count through this excerpt including dotted notes together:

1 2 (3) 4 5 6 1 2-3 4-5-6 1 2-3-4 5 6 1-2-3-4-5-6

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Dotted Notes

The dot is equal to ______ the value of the note it follows.

How many beats does a dotted half note get?

How many beats does a dotted whole note get?

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Dotted Notes Write in the rhythm under each of the following examples according to the written time signature. Don’t forget the dash between the numbers and rests.

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Orchestra Music Theory

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G-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 G A B C D E F# G

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G-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 G A B C D E F# G

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G-Major Scale

Draw your clef sign on the staff.

Write the G-Major one octave scale beginning with the open G string. (Basses 2nd finger on the E string).

Write the finger numbers under the scale.

Label the tonic, mediant, and dominant.

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Orchestra Music Theory

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Round

A round is a musical form where instrumentalists or singers perform the same melody, entering at different times.

This is a kind of harmony which can also be called counterpoint.

You need two or more musicians to perform a round.

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Round

Let’s play the D-Major Scale in a round.

Group A: Violins

Group B: Violas, Cellos, and Basses

When Group A reaches Group B begins at

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Round

Let’s add another Group!

Group A: Violins Group B: Violas

Group C: Cellos and Basses

When Group A reaches Group B begins at When

group A reaches Group C begins at

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Round

In your own words define a musical round:

How many musicians are needed to perform a round?

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Orchestra Music Theory

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Slurs and Ties

A slur combines two or more different pitches in the same bow stroke.

Here is an example of a slur:

A tie combines two or more of the same pitch in the same bow stroke. A tie usually occurs over the bar line.

Here is an example of a tie:

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Slurs and Ties

Circle the Ties in the first excerpt:

Circle the Slurs in the second excerpt:

Draw two slurs and two ties in the following excerpt:

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Orchestra Music Theory

Page 191: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

We play our instruments by drawing the bow across the strings. In order to articulate in the proper direction we follow Bow Markings or “Bowings”.

When we see a down bow marking ( ) we pull the

bows to the right and away from the instrument.

When we see an up bow marking ( ) we push the

bows to the left toward the instrument.

Page 192: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 193: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 194: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 195: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 196: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 197: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 198: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 199: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 200: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 201: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 202: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 203: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 204: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Most songs begin with a down bow.

After a down bow is played the very next articulation is

an up bow, unless a bow lift ( ) is marked.

Let’s mark the bowings for the following excerpt together:

Page 205: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 206: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 207: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 208: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 209: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 210: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 211: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 212: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 213: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 214: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 215: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 216: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 217: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A slur combines two different pitches in the same bow stroke. Let’s look at the following excerpt including slurs together:

Page 218: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

A beat that occurs before the first full measure of a work of music is called a pick-up or an anacrusis. Traditionally in string playing you play this note with an up bow.

Example:

Page 219: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

What is another name for a pick-up?

Which bowing do we use for a pick-up?

Page 220: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bowings

Mark the appropriate bowings in the following excerpts:

Page 221: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 222: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

When orchestra musicians perform they constantly have to think about the bow. It seems simple enough… pull the bow across the strings in a straight path and sound will come out! This is only scratching the surface of what bowing is all about. Playing with the bow has everything to do with precision and purpose.

Page 223: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called?

Page 224: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Stick/Wood

Page 225: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called?

Page 226: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Hair (from the tail of a horse)

Page 227: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called?

Page 228: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Tip

Page 229: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called?

Page 230: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Frog

Page 231: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called?

Page 232: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Screw (it tightens or loosens the bow)

Page 233: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

What is this called? (metal part)

Page 234: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Bow distribution refers to the intentional placement and use of the different parts of the bow to create exact rhythms and sounds.

Let’s review the anatomy of the bow:

Ferrel

Page 235: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

If you had a passage with quarter notes half notes and whole notes you could play them with the following bow distribution:

Quarter notes use about a quarter of the bow.

“Long” or “Long”

Page 236: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

If you had a passage with quarter notes half notes and whole notes you could play them with the following bow distribution:

Half notes use about half of the bow.

“Long-er” or “Long-er”

Page 237: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

If you had a passage with quarter notes half notes and whole notes you could play them with the following bow distribution:

Whole notes use all of the bow.

“Really-Really-Really-Long”

Page 238: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Basic Bow Distribution

Label all the parts of the bow:

Bow distribution refers to the __________ __________and use of the different parts of the bow to create exact rhythms and sounds.

Page 239: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 240: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 241: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 242: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 243: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

1 2 3 4 5 6 Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 244: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 245: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 246: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 247: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 248: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #2

Your composition must: 1. include your clef at the beginning. 2. have a 4/4 time signature. 3. have six complete measures. 4. hold at least one ledger line note 5. use at least one slur. 6. have at least one dotted note. 7. end with a repeat sign. 8. have the bowings marked in.

Page 249: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 250: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

Musicians play in multiple groupings and ensembles.

These varied group sizes and types have specific names.

Page 251: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

When one musician plays alone or with a written piano accompaniment it is called a solo.

Page 252: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

When two musicians play together it is called a duet.

*A duet where two pianists play on the same piano is also called “piano four-hands.”

Page 253: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names When three musicians play together the group is called a trio.

*A string trio is most commonly comprised of a violin, cello, and piano. The next most common grouping is violin, viola, cello.

Page 254: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names When four musicians play together the group is called a quartet.

*A string quartet is most commonly comprised of two violins, a viola, and a cello. Many famous composers including Mozart, Beethoven, Mendelssohn, and Tchaikovsky wrote for the string quartet.

Page 255: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

When five musicians play together the group is called a quintet.

*Many rock, pop, and metal bands are made up of five people. Usually the five people involved include two guitarists, one bassist, one percussionist, and a lead vocalist.

Page 256: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

When six musicians play together the group is called a sextet.

*A string sextet is most commonly comprised of two violins, two violas, and two cellos. Many famous composers including Dvorak, Brahms, Schoenberg, and Tchaikovsky wrote for the string sextet.

Page 257: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

Other ensemble groupings:

7-septet

8-octet

9-nonet

10-decet

12-duodecet

Page 258: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Ensemble Names

Count to ten by ensemble groupings:

Page 259: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 260: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Add a flag to the stem of a quarter note ( ) and it becomes and eighth note ( )

Two eighth notes equal one quarter note: + =

An eighth note is equal to one-half of a beat.

Rhythm + = Beat ½ ½ 1

Page 261: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

When two or more eighth notes are next to one

another like this:

They may be written like this: or

The line that connects the stems is called a “beam.” Therefore these are beamed eighth notes.

Page 262: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Because an eighth note alone does not create a full beat in any time signature with a denominator of 4 we must use the word (and) to divide the beat like so:

1 and 2 and 3 and 4 and 1 and 2 3 and 4

Page 263: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Instead of writing the whole word “and” we just draw a + to symbolize the word “and.” Then our rhythmic counting sounds the same, but looks like this:

1 + 2 + 3 + 4 + 1 + 2 3 + 4

Page 264: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Draw a flag at the top of a quarter note to create an eighth note:

.

How much of a beat does an eighth note get?

What is the line that connects eighth notes together called?

Page 265: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

Page 266: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1

Page 267: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 +

Page 268: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3

Page 269: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4

Page 270: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1

Page 271: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 +

Page 272: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 +

Page 273: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 +

Page 274: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 +

Page 275: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2

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Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3

Page 277: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3 4 +

Page 278: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3 4 + 1 +

Page 279: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3 4 + 1 + 2 +

Page 280: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3 4 + 1 + 2 + 3

Page 281: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Notes

Let’s count a rhythmic line of eighth notes together:

Remember because the time signature is 4/4 there needs to be 4 beats in every measure.

1 2 + 3 4 1 2 + 3 + 4 + 1 + 2 3 4 + 1 + 2 + 3 4

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Eighth Notes Write the beats under each note and rest in the following excerpts:

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Orchestra Music Theory

Page 284: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Like the eighth note, the eighth rest has one flag. These are eighth rests:

Two eighth rests equal one quarter rest: + = An eighth rest is equal to one-half of a beat.

Rhythm + =

Beat ½ ½ 1

Page 285: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

When both eighth notes and eighth rests occur within the measure the beats may be written like this:

1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 + 4 +

When counting allowed you only speak the numbers written outside the parenthesis. In this example you would only say 1 2 3 + + / + 2 3 + 4 +

Eighth Rests

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Eighth Rests

Draw four eighth rests:

How many beats do the four eighth rests cover?

Page 287: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

Page 288: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 +

Page 289: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 +

Page 290: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 +

Page 291: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+)

Page 292: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+)

Page 293: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+)

Page 294: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 +

Page 295: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) +

Page 296: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) +

Page 297: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+)

Page 298: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 +

Page 299: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 + 4 +

Page 300: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 + 4 + 1

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Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 + 4 + 1 2 +

Page 302: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rests

Lets count our way through the following excerpt as a class:

1 + 2 + 3 + 4 (+) 1 (+) 2 (+) 3 + (4) + (1) + 2 (+) 3 + 4 + 1 2 + 3-4

Page 303: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eighth Rest

Write the beats under each note and rest in the following excerpt:

Page 304: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 305: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Eight Note Review

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Orchestra Music Theory

Page 307: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine

Some times in music you can play straight through from the first note to the last note without jumping around the page.

As the difficulty of the music increases the

likelihood of encountering “musical roadmaps” becomes greater.

In your music you may begin to see more repeat

signs with 1st and 2nd endings, as well as other more complex and involved directions.

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D.C./D.S. al Fine

D.C. al Fine is one of the more complex roadmaps.

D.C. stands for “Da Capo” (meaning “the head” in Italian)

“Fine” in the Italian language means “Finish.”

The literal translation for D.C. al Fine is, go back to the head and play until you see Finish.

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D.C./D.S. al Fine The literal translation for D.C. al Fine is, go back to the head and

play until you see Finish.

Page 310: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine Begin at the beginning and play to the end.

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D.C./D.S. al Fine At the end D.C. al Fine is marked, instructing us to

return to “the head” or beginning.

Page 312: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine At the end D.C. al Fine is marked, instructing us to return to “the

head” or beginning. And we stop when we see the word “Fine”

Page 313: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine

D.S. al Fine is another of the more complex roadmaps.

D.S. stands for “Da Segno” (meaning “the sign” in

Italian) “Fine” in the Italian language means “Finish.” The literal translation for D.S. al Fine is, go back to

the sign ( )and play until you see Finish.

Page 314: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine Begin at the beginning and play to the end.

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D.C./D.S. al Fine At the end D.S. al Fine is marked, instructing us to

return to “the sign.”

Page 316: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine At the end D.S. al Fine is marked, instructing us to

return to “the sign.” And we stop when we see the word “Fine”

Page 317: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

D.C./D.S. al Fine

What is the translation of D.C. al Fine?

Go back to the head and play until you see finish.

What is the translation of D.S. al Fine?

Go back to the sign and play until you see finish.

Draw a picture of the Segno:

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Orchestra Music Theory

Page 319: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda

In Italian “Coda” means “tail.”

In music Coda refers to a passage found at the end which prolongs the ending of the piece.

The musical symbol for coda looks like this:

Page 320: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda

A coda can be inserted into a piece as a roadmap in two ways:

D.C. al Coda- return to the beginning and play until you see the coda, then jump to it.

D.S. al Coda- return to the sign and play until you see the coda, then jump to it.

Page 321: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.C. al Coda.”

Return to the beginning and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 322: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.C. al Coda.”

Return to the beginning and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 323: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.C. al Coda.”

Return to the beginning and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 324: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.S. al Coda.”

Return to the sign and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 325: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.S. al Coda.”

Return to the sign and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 326: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda Begin at the beginning and play until you read “D.S. al Coda.”

Return to the sign and play until you come across the first Coda, then jump to the actual Coda or “tail” of the music.

Page 327: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

The Coda

What is the English translation for Coda?

Draw a picture of a Coda:

What are the two phrases we must be on the lookout for in music that refer to a Coda at its end?

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Orchestra Music Theory

Page 329: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Staccato

Staccato is a type of articulation found in music.

In Italian Staccato means “detached” or separated.

Staccato notes are marked with a dot above or below the note.

Page 330: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Staccato A staccato note is played with a stopped bow stroke, leaving a

small space between each pitch in succession.

Let’s play the following notes together. The first three are regular detache’ stroke while the next three are to be played staccato with a stopped bow stroke. The last note is not staccato, it gets three beats because the dot is to the right of the note.

F G A F G A A

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Staccato

What is the English translation for Staccato?

detached/separated

Draw four staccato notes on the staff. Make sure the dot is underneath or above the note head.

In your own words describe what staccato means:

Dotted notes that require a stopped bow stroke. The notes sound separate from one another.

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Orchestra Music Theory

Page 333: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Legato

Legato is a type of articulation found in music.

In Italian Legato means “tied together.”

Legato notes are marked with a horizontal line above or below the note.

Page 334: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Legato A legato note is played with a smooth bow stroke, connecting all

pitches in succession.

Let’s play the following notes together. The first three are regular detache’ stroke while the next three are to be played legato with a smooth bow stroke. Notes with a legato marking are to be given the FULL value of their rhythm without exception. There should be no silence between legato pitches (as if they were slurred together).

F G A F G A A

Page 335: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Legato

What is the English translation for Legato?

Tied Together detached/separated

Draw four Legato notes on the staff. Make sure the horizontal line is underneath or above the note head.

In your own words describe what legato means:

Notes that receive their full rhythmic value without exception, that are played with a connected bow stroke, and sound as if they were slurred.

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Orchestra Music Theory

Page 337: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Hooked bowings are required when two or more notes need to be played in the same directional bow stroke with a stop in between.

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Hooked Bowings

When we mark bowings for slurs we use one marking to represent all notes within the slur. When a hooked bowing occurs we mark all of the notes with the same directional symbol (multiple down bows, or multiple up bows).

Page 339: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 340: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 341: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 342: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 343: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 344: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 345: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 346: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 347: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 348: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 349: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 350: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 351: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 352: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 353: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 354: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 355: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 356: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 357: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 358: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Let’s write in the bowings for the following passage together:

Page 359: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Hooked Bowings

Mark in the appropriate bowings for the following passage:

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Orchestra Music Theory

Page 361: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Conducting is a mystery to most people, but it doesn't have to be. It's very simple, and very necessary to ensembles.

It tells them when to play, how to play, when to get louder or softer, and much more.

Anyone can learn to read or use basic conducting gestures with just a few simple lessons.

Page 362: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Music is measured in beats.

The conductor indicates the beat by following the written time signature.

The conductor always holds the baton in their right hand to show the beats in a song.

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Conducting

We are about to study the three most basic conducting patterns used in modern music.

In each of these patterns, emphasize each beat by

bouncing your hand slightly. Doing this allows the musicians to know when you're actually ON that beat, and not still traveling to it.

The moment when the baton bounces is called the

ictus.

Page 364: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

First we will study the conducting pattern that shows 2 beats per measure.

Draw this shape above the 2/4 time signature in your theory journal.

Let’s practice the pattern together while singing “Yankee Doodle.”

Page 365: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

First we will study the conducting pattern that shows 2 beats per measure.

Draw this shape above the 2/4 time signature in your theory journal.

Let’s practice the pattern together while singing “Yankee Doodle.”

Ictus (bounce your

baton to show the beat)

Page 366: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Next we will study the conducting pattern that shows 4 beats per measure.

Draw this shape above the 4/4 time signature in your theory journal.

Let’s practice the pattern together while singing “Twinkle Twinkle Little Star.”

Page 367: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Next we will study the conducting pattern that shows 4 beats per measure.

Draw this shape above the 4/4 time signature in your theory journal.

Let’s practice the pattern together while singing “Twinkle Twinkle Little Star.”

Ictus (bounce your

baton to show the beat)

Page 368: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Last, we will study the conducting pattern that shows 3 beats per measure.

Draw this shape above the

3/4 time signature in your theory journal.

Let’s practice the pattern

together while singing “Amazing Grace.”

Page 369: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting

Last, we will study the conducting pattern that shows 3 beats per measure.

Draw this shape above the

3/4 time signature in your theory journal.

Let’s practice the pattern

together while singing “Amazing Grace.”

Ictus (bounce your

baton to show the beat)

Page 370: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 371: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

C-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 C D E F G A B C

Page 372: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

C-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 C D E F G A B C

Page 373: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

C-Major Scale

Draw your clef sign on the staff.

Write the C-Major one octave scale beginning with the open C string. (violins 3rd finger C on the G string, basses 2nd finger on the A string)

Write the finger numbers under the scale.

Label the tonic, mediant, and dominant.

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Orchestra Music Theory

Page 375: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Bar lines divide music into measures.

The distance between any two bar lines is called a measure. Bar Line Bar Line

Measure Measure Measure

When any part of the music is complete, we use a

double bar to mark its end. Double Bar

Marking Measures

Page 376: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 377: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 378: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 379: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 380: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 381: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Page 382: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

After observing the time signature we can decide where the bar lines ought to go to form full measures within a line of music.

Let’s do an example of 4/4 time as a class:

Don’t forget to draw a double bar at the end of the line!

Page 383: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures

What does the double bar indicate?

What is the space between any two bar lines called?

Page 384: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Marking Measures Draw in the bar lines for each of the examples according to the

written time signature at the beginning of the line

Page 385: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 386: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

Definition of Dynamics: the varying and contrasting degrees of intensity or loudness in musical tones.

Basically, dynamics tell us how loud or soft to play the written notes.

Page 387: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

These are the varying dynamic markings we find in music from softest to loudest:

pp p mp mf f ff

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Dynamics

The two most basic forms of dynamics are soft (piano) and loud (forte)

pp p mp mf f ff

piano forte

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Dynamics

Then we look at the medium dynamics, which are medium soft (mezzo piano) and medium loud (mezzo forte)

pp p mp mf f ff

mezzo piano mezzo forte

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Dynamics

The most dramatic dynamics are very soft (pianissimo) and very loud (fortissimo)

pp p mp mf f ff

pianissimo fortissimo

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Dynamics

These varied volumes allow us to express music in dramatic exciting ways.

pp p mp mf f ff

Page 392: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

What is the softest dynamic?

What is the Italian word for “medium” as in medium loud.

What is the loudest dynamic?

Page 393: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

There are two different kind of dynamic transitions in music:

1. Sudden transitions

2. Gradual transitions

Page 394: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

Sudden transitions take place when the music changes suddenly from piano to forte or visa versa.

In your music it would look like this:

“Mary Had a Little Lamb”

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Dynamics

Gradual transitions take place when the music changes gradually from piano to forte or visa versa. These gradual changes have specific names.

When notes start soft and gradually get louder that is called a crescendo.

When notes start loud and gradually get softer that is called a decrescendo.

Page 396: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

When notes start soft and gradually get louder that is called a crescendo.

In your music a crescendo would look like this:

“Mary Had a Little Lamb”

Page 397: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

When notes start loud and gradually get softer that is called a decrescendo.

In your music a decrescendo would look like this:

“Mary Had a Little Lamb”

Page 398: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dynamics

What is the Italian term for gradually getting louder?

What is the Italian term for gradually getting softer?

Draw both symbols:

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Orchestra Music Theory

Page 400: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals

is called sharp. A sharp raises the pitch by ½ step.

is called flat. A flat lowers the pitch by ½ step.

is called natural. A natural cancels the effect of a flat or

a sharp.

Page 401: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals We always speak of the flat, sharp, or natural after the

note, such as “B flat” “C sharp” or “F natural.” However when the notes are written on the music staff the accidentals appear before the notes. They are written on the line or space of the note they belong to.

Before the notes

B C F

After the letter names

Page 402: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals

When a sharp, flat, or natural sign is placed before a note, every note by the same letter name which follows within that same measure is also affected.

As soon as you cross a bar line all accidentals in the previous measure are neutralized.

B B D C C B F G

B B D C C B F G

B B D C C B F G

Page 403: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals

When a sharp, flat, or natural sign is placed before a note, every note by the same letter name which follows within that same measure is also affected.

As soon as you cross a bar line all accidentals in the previous measure are neutralized.

B B D C C B F G

B B D C C B F G

B B D C C B F G

Bar line

Page 404: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals

Draw a sharp sign _______ A sharp _________ the pitch by a ½ step.

Draw a flat sign _______ A flat ______ the pitch by a ½ step.

Draw a natural sign _______ A natural ______ the effect of a sharp or

flat.

The accidental is written _________ the notes on the music staff. As soon as you cross a _______ all accidentals in the previous measure

are ____________.

Page 405: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accidentals

Draw your instruments clef sign at the beginning of the staff. Then write the following notes with the accidentals on the same line or space:

G E F C B D A

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Orchestra Music Theory

Page 407: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Intonation

Intonation is playing the exact note you intend to rather than something close to it.

For example, if you intended to play E, but your first

finger fell short of the pitch, you would be “out of tune.” A mature musician would realize their error and fix it simultaneously.

NEVER settle for where your finger falls. Playing

with good intonation has everything to do with concentration and critical listening.

Page 408: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Intonation

Intonation is a skill that a musician must constantly seek to improve and perfect.

With fretless string instruments like violin, viola, cello, and bass intonation depends on the exact placement of your finger on the string.

Page 409: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Intonation

In your own words define intonation:

What is an example of a fretless string instrument?

Playing with good intonation has everything to do with ____________and _____________.

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Orchestra Music Theory

Page 411: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

Page 412: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 413: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 414: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 415: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 416: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 417: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 418: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

Page 419: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #3

Your composition must: 1. include your clef at the beginning. 2. have a time signature other than 4/4. 3. have at least one marked accidental. 4. contain eighth notes. 5. use at least one tie. 6. have at least one dotted note. 7. Have at least two dynamic markings. 8. have the beats written in for all notes and rests.

1-2-3 1 2 + 3 1 2 3-1-2-3 1 (2) 3 (1) 2-3

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Orchestra Music Theory

Page 421: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

We learned that a dot placed after any note is equal to one-half the value of the note it follows.

Therefore whenever a quarter note receives one beat (as in 2/4, 3/4, 4/4, time) a dotted quarter note receives one and a half beats.

A quarter note ( ) receives 1 beat. The dot ( . )

half of this or ½ beat.

The two together receive 1 ½ beats. ( . = 1 + 2(+))

Page 422: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Since a quarter note is equal to two eighth notes: ( = )

A dotted quarter note is equal to three eighth notes: ( . = )

Here is how we write the beat for the dotted quarter note in music:

1-+-2 + 3-+-4 + 1-+-2 (+) 3-+-4 (+)

Dotted Quarter Notes

Page 423: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Since a quarter note is equal to two eighth notes: ( = )

A dotted quarter note is equal to three eighth notes: ( . = )

Here is how we write the beat for the dotted quarter note in music:

1-+-2 + 3-+-4 + 1-+-2 (+) 3-+-4 (+)

Dotted Quarter Notes

Page 424: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

Page 425: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

*Each beam represents two eighth notes. The beams help us to divide the measures into smaller parts.

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Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 427: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 +

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 428: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 429: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 +

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 430: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 431: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+)

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 432: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 433: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+)

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 434: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+) 4

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 435: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+) 4 +

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 436: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+) 4 + 1-+

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 437: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+) 4 + 1-+ 2-+-3

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 438: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1-+-2 + 3-+-4 + 1 (+) 2-+-3 (+) 4 + 1-+ 2-+-3 +-4-+

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 439: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 440: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 +

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 441: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 442: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 443: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 444: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 445: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1

[1-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 446: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2

[1-+] [2-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 447: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3

[1-+] [2-+] [3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 448: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3 1

[1-+] [2-+] [3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 449: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3 1 (+)

[1-+] [2-+] [3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 450: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3 1 (+) 2-+-3

[1-+] [2-+] [3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 451: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3 1 (+) 2-+-3 +

[1-+] [2-+] [3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 452: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

Let’s write the rhythm for two examples together. First mark in the subdivisions.

1 + 2 +-3-+ 1-+-2 +-3-+ 1 2 3 1 (+) 2-+-3 + 1-2-3

[1-+] [2-+] [3-+] [1-+-2-+-3-+]

Don’t forget to write dashes between counts belonging to the same note or rest.

Page 453: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes

How many eighth notes equal one dotted quarter note?

If the time signature is 4/4, how many beats does a dotted quarter note receive?

Draw a dotted quarter note, dotted half note, and dotted whole note:

Page 454: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Dotted Quarter Notes Write the beats under each note and rest in the following examples:

Page 455: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 456: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

The Key Signature is found in the space between the Clef Sign and the Time Signature.

Page 457: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

The Key Signature is found in the space between the Clef Sign and the Time Signature. If no accidentals appear it is the Key of C-Major (the natural key)

KEY SIGNATURE

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Key Signatures

These accidentals effect every note that share the letter name of the line or space they are written on during the entire piece of music.

F-sharp C-sharp

Notice how the accidentals rest on the lines or spaces where their notes are found. In the Key of D-Major for example we have two sharps. The first sharp always rests where note F is written. The second sharp always rests where note C is written.

This way we know that F and C are sharp during the entire piece of music.

Page 459: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

The original Key Signature effects all notes in the entire piece unless one of two things happens:

1. An accidental is placed in front of one of the effected notes

F# E D E C# D E F E D C D

2. There is a Key Change in the middle of the piece, notated by a new Key Signature.

D C# B A B C# B F# F# B C D G F F

Page 460: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

The original Key Signature effects all notes in the entire piece unless one of two things happens:

1. An accidental is placed in front of one of the effected notes

F# E D E C# D E F E D C D

2. There is a Key Change in the middle of the piece, notated by a new Key Signature.

D C# B A B C# B F# F# B C D G F F

Page 461: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

Where is the Key Signature found in a piece of music?

Why does it matter where the accidentals are written?

There are two things that can cancel the original key signature what are they?

Page 462: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures

What notes are sharp in this key?

What notes are flat in this key?

Which Major key has no sharps or flats?

Page 463: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 464: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

Draw your Clef Sign at the beginning of the large staff. Then copy the order of sharps for YOUR CLEF SIGN:

Page 465: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

D-Major has 2 sharps in its Key Signature. If we remember the order of sharps we can determine which two notes will be sharp:

F# C# G# D# A# E# B#

A-Major has 3 sharps in its Key Signature. If we remember the order of sharps we can determine which three notes will be sharp:

F# C# G# D# A# E# B#

Page 466: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

D-Major has 2 sharps in its Key Signature. If we remember the order of sharps we can determine which two notes will be sharp:

F# C# G# D# A# E# B#

A-Major has 3 sharps in its Key Signature. If we remember the order of sharps we can determine which three notes will be sharp:

F# C# G# D# A# E# B#

Page 467: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

D-Major has 2 sharps in its Key Signature. If we remember the order of sharps we can determine which two notes will be sharp:

F# C# G# D# A# E# B#

A-Major has 3 sharps in its Key Signature. If we remember the order of sharps we can determine which three notes will be sharp:

F# C# G# D# A# E# B#

Page 468: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

If the key signature has five sharps in it what notes are effected? (write them IN ORDER)

If the key signature has seven sharps in it what notes are effected? (write them IN ORDER)

Page 469: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

Page 470: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

Page 471: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

D-MAJOR

Page 472: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

Page 473: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

Page 474: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

To find the NAME of any Major key containing sharps, count up to the next line or space above the last sharp (sharp farthest to the right)

B-MAJOR

Page 475: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sharp Key Signatures

First draw your clef sign on every staff. Then write in and name all of the sharp key signatures as directed:

1 sharp: 2 sharps: 3 sharps:

4 sharps: 5 sharps: 6 sharps:

Page 476: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 477: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

Draw your Clef Sign at the beginning of the second staff. Then copy the order of flats for YOUR CLEF SIGN:

Page 478: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

F-Major has 1 flat in its Key Signature. If we remember the order of flats we can determine which note will be flat:

B E A D G C F

B -Major has 2 flats in its Key Signature. If we

remember the order of flats we can determine which two notes will be flat:

B E A D G C F

Page 479: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

F-Major has 1 flat in its Key Signature. If we remember the order of flats we can determine which note will be flat:

B E A D G C F

B -Major has 2 flats in its Key Signature. If we

remember the order of flats we can determine which two notes will be flat:

B E A D G C F

Page 480: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

F-Major has 1 flat in its Key Signature. If we remember the order of flats we can determine which note will be flat:

B E A D G C F

B -Major has 2 flats in its Key Signature. If we

remember the order of flats we can determine which two notes will be flat:

B E A D G C F

Page 481: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

If the key signature has three flats in it what notes are effected? (write them IN ORDER)

If the key signature has four flats in it what notes are effected? (write them IN ORDER)

Page 482: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

Page 483: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

Page 484: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

E -Major

Page 485: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

Page 486: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

Page 487: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

To find the NAME of any Major key containing flats, look at the second to last flat: ***If there is only one flat in the key signature it is F-Major.

G -Major

Page 488: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Flat Key Signatures

First draw your clef sign on every staff. Then write in and name all of the flat key signatures as directed:

1 flat: 2 flats: 3 flats:

4 flats: 5 flats: 6 flats:

Page 489: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 490: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

Page 491: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C#

Page 492: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C# G#

Page 493: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C# G# F#

Page 494: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C# G# F# G#

Page 495: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C# G# F# G# F#

Page 496: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signatures Review

We will circle and write the names of the notes effected by the key signature as a class:

C# G# F# G# F# G#

Page 497: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Key Signature Review

Draw your Clef at the beginning of each line.

On the first line draw the key signature with 4 sharps (in order of sharps). Than circle and write the names of the notes effected by the key signature.

On the second line draw the key signature with 3 flats (in order of flats). Than circle and write the names of the notes effected by the key signature.

Page 498: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 499: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

An arpeggio is also known as a broken chord.

An arpeggio is performed by playing the notes in a chord in succession rather than sounding simultaneously.

Block Chord Arpeggio

Page 500: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

The most common form of arpeggio is a broken 1 chord.

This arpeggio involves all of the most important scale degrees (1 3 5 1) and is called the “Tonic Chord” made from the tonic, mediant, and dominant pitches in any scale. It is the final resolution tone in music.

Page 501: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

The most common form of arpeggio is a broken 1 chord.

This arpeggio involves all of the most important scale degrees (1 3 5 1) and is called the “Tonic Chord” made from the tonic, mediant, and dominant pitches in any scale. It is the final resolution tone in music.

1

3

5

1

Page 502: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

The most common form of arpeggio is a broken 1 chord.

This arpeggio involves all of the most important scale degrees (1 3 5 1) and is called the “Tonic Chord” made from the tonic, mediant, and dominant pitches in any scale. It is the final resolution tone in music.

1

3

5

1

Page 503: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

The most common form of arpeggio is a broken 1 chord.

This arpeggio involves all of the most important scale degrees (1 3 5 1) and is called the “Tonic Chord” made from the tonic, mediant, and dominant pitches in any scale. It is the final resolution tone in music.

1

3

5

1

DO MI

SOL DO

Page 504: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

What is another name for an arpeggio?

What are the official names for the 1st, 3rd, and 5th scale degrees?

What is the final resolution tone in music?

.

Page 505: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Arpeggios

Draw your clef sign on the staff.

In the first measure write the tonic chord arpeggio for C Major.

In the second measure write the tonic chord arpeggio for G Major.

In the third measure write the tonic chord arpeggio for D Major.

Page 506: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 507: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

A-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 A B C# D E F# G# A

Page 508: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

A-Major Scale

Draw your clef sign on the staff. Write the A-Major one octave scale beginning with

first finger A on the G string. Write the finger numbers under the scale. Label the tonic, mediant, and dominant.

Page 509: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 510: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accents

In music notes that are to be emphasized are marked with an Accent.

An accent is written above or below the note head depending on which direction the stem is pointing:

Page 511: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accents

To emphasize a note in a line of music you must add weight to the beginning of the bow stroke, or pull the bow faster at the beginning.

An accent occurs at the front of the designated beat, and does not last the entire duration of the written rhythm.

Page 512: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accents

Lets play the C-Major Scale and accent the following pitches together as a class:

C D E F G A B C B A G F E D C

Page 513: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accents

Lets play the C-Major Scale and accent the following pitches together as a class:

C D E F G A B C B A G F E D C

The up-bow accents need even more weight added to be as effective as the down-bows.

Page 514: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Accents Where is an accent written in relation to the note it

effects? What two things can we do with our bow to produce a

written accent? 1. 2. Up-bow accents need ______________ to be as effective

as down-bow accents. Does an accent effect the note for it’s entire duration? .

Page 515: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 516: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 517: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 518: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 519: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 520: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 521: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 522: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 523: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 524: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #4

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with two flats. 4. contain one arpeggio. 5. have at least one accented note. 6. have at least one dotted quarter note. 7. have at least one gradual dynamic. 8. include at least one hooked bowing.

Page 525: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 526: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

At the beginning of all music there is a tempo marking.

Tempos can be written as note value = beats per minute

Or they can be written with a word that refer to a specified range of bpm. These tempo definitions are written in the Italian language.

= 90bpm

Page 527: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Largo- very slow and broad

Adagio- slow and stately

Andante- at a walking pace

Moderato- moderately fast

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 528: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad

Adagio- slow and stately

Andante- at a walking pace

Moderato- moderately fast

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 529: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately

Andante- at a walking pace

Moderato- moderately fast

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 530: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace

Moderato- moderately fast

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 531: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace (70-80bpm)

Moderato- moderately fast

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 532: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace (70-80bpm)

Moderato- moderately fast (85-100bpm)

Allegro- fast, quick, and bright

Vivace- very fast and lively

Presto- extremely fast

Page 533: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace (70-80bpm)

Moderato- moderately fast (85-100bpm)

Allegro- fast, quick, and bright (105-125bpm)

Vivace- very fast and lively

Presto- extremely fast

Page 534: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace (70-80bpm)

Moderato- moderately fast (85-100bpm)

Allegro- fast, quick, and bright (105-125bpm)

Vivace- very fast and lively (130-150bpm)

Presto- extremely fast

Page 535: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tempo

Copy the following tempos from slowest to fastest and include their range of bpm:

Largo- very slow and broad (45-50bpm)

Adagio- slow and stately (55-65bpm)

Andante- at a walking pace (70-80bpm)

Moderato- moderately fast (85-100bpm)

Allegro- fast, quick, and bright (105-125bpm)

Vivace- very fast and lively (130-150bpm)

Presto- extremely fast (160-?bpm)

Page 536: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 537: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

Just as dynamics have fixed and gradual variations, tempos can have both fixed and gradual variations.

We know the fixed variety of tempos: Largo, Adagio, Andante, Moderato, Allegro, Vivace, Presto.

But what are the gradual tempos? How are they marked and how are they executed?

Page 538: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

Gradual tempos come in two types:

1. Getting slower

2. Getting faster

The most basic reference to tempo change involves the word “mosso” meaning motion in Italian.

Meno mosso- less motion

Piu mosso- more motion

Page 539: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

Here are specific words for the gradual slowing of tempo:

Ritardando (rit.)

Allargando

Rallentando (rall.)

Calando

Rubato

Page 540: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

Here are specific words for the gradual quickening of tempo:

Accelerando (accel.)

Stringendo

Precipitando

Stretto

Page 541: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

After a gradual tempo change occurs (getting faster or slower) a composer can indicate to return to the original tempo in one of two ways:

1. A Tempo

2. Tempo Primo

Both terms refer to the original tempo of the piece. Performers should immediately transition back to this tempo.

Page 542: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Changing Tempos

Name two gradually slowing Italian terms: Name two gradually quickening Italian terms: What does mosso mean in Italian? What is the abbreviation for Accelerando? How does the composer indicate to return to the original tempo?

Page 543: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 544: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Fermatas and Grand Pauses

In music there are two different kinds of holds.

A fermata holds sound.

A grand pause holds silence.

Both events require you to look at the director

in order to proceed in unison as an ensemble.

Page 545: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Fermatas and Grand Pauses

A fermata is written over the note which is to be held.

The designated note must be held at least as long as the rhythm that is written. Beyond that the note can be held as long as the conductor desires.

The conductor continues to move their hands apart

or together until the cut-off of the note.

Page 546: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Fermatas and Grand Pauses

A grand pause is written between the notes where silence is to be held.

The designated space can be held as long as the conductor desires.

The conductor continues to keep their hands perfectly still until the cue of the next beat.

Page 547: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Fermatas and Grand Pauses

Draw a fermata somewhere in the third measure of this excerpt.

Draw a grand pause somewhere in the fourth measure of this excerpt.

Page 548: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 549: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting Review

The conductor indicates the beat by following the written time signature.

The conductor always holds the baton in their right hand to

show the beats in a song. Remember to emphasize each beat by bouncing your hand

slightly. Doing this allows the musicians to know when you're actually ON that beat, and not still traveling to it.

The moment when the baton bounces is called the ictus.

Page 550: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting Review

Page 551: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting Review

Practice watching your conductor and counting the beats as they conduct them.

Remember that beat “1” will be obvious as it falls just after the highest peak in the pattern.

Now play the D scale with each pitch taking a full measure… no matter how many beats there are inside it.

Page 552: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Conducting Review

Conduct the following song in mixed meter:

Page 553: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 554: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

Add a second flag to the stem of an eighth note ( ) and it

becomes a sixteenth note ( ).

Two sixteenth notes equal one eighth note:

+ =

It takes 4 sixteenth notes to make a quarter note:

Rhythm: + + + =

Beat: ¼ + ¼ + ¼ + ¼ = 1

Page 555: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

When two or more sixteenth notes are next to

one another like this:

They may be written like this: or

The lines that connect the stems are called “beams.” Therefore these are beamed sixteenth notes.

Page 556: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

Draw a second flag at the top of an eighth note to create a sixteenth note:

.

How much of a beat does a sixteenth note get?

What are the lines that connect sixteenth notes together called?

Page 557: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

Here is a breakdown of how sixteenth notes are counted:

1 e + a 2 e +-a 3 e -+ a 4-e + a

Page 558: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

Instead of using dashes to show multiple sixteenth notes belonging to a single eighth note we just omit the subdivision. Then the counting looks like this:

1 e + a 2 e +-a 3 e -+ a 4-e + a

Page 559: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1

Page 560: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e

Page 561: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e +

Page 562: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a

Page 563: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2

Page 564: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e

Page 565: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e +

Page 566: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3

Page 567: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e

Page 568: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e +

Page 569: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a

Page 570: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4

Page 571: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 +

Page 572: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1

Page 573: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+)

Page 574: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2

Page 575: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 +

Page 576: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a

Page 577: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3

Page 578: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e

Page 579: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e a

Page 580: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e a 4

Page 581: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e a 4 e

Page 582: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e a 4 e +

Page 583: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

We will count the following line of sixteenth notes and eighth notes as a class:

1 e + a 2 e + 3 e + a 4 + 1 (+) 2 + a 3 e a 4 e + a

Page 584: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Notes

Write the beats under each note and rest in the following excerpts:

Page 585: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 586: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Add a second flag to the stem of an eighth rest ( ) and it

becomes a sixteenth rest ( ).

Two sixteenth rest equal one eighth rest:

+ =

It takes 4 sixteenth rests to make a quarter rest:

Rhythm: + + + = Beat: ¼ + ¼ + ¼ + ¼ = 1

Page 587: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

When both sixteenth notes and sixteenth rests occur within the measure the beats may be written like this:

1 e + a 2 (e) + a (1) e + a 2 e (+) a

When counting allowed you only speak the numbers and syllables written outside the parenthesis.

Sixteenth Rests

Page 588: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s look at some of the sixteenth note/rest possibilities:

1 e + a

Page 589: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Let’s look at some of the sixteenth note/rest possibilities:

(1) e + a

Sixteenth Rests

Page 590: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s look at some of the sixteenth note/rest possibilities:

1 (e) + a

Page 591: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s look at some of the sixteenth note/rest possibilities:

1 e (+) a

Page 592: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s look at some of the sixteenth note/rest possibilities:

1 e + (a)

Page 593: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Draw a second flag at the top of an eighth rest to create a sixteenth rest:

.

How much of a beat does a sixteenth rest get?

Page 594: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1

When counting allowed you only speak the numbers written outside the parenthesis.

Page 595: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 596: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 597: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 598: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2

When counting allowed you only speak the numbers written outside the parenthesis.

Page 599: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e)

When counting allowed you only speak the numbers written outside the parenthesis.

Page 600: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 601: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 602: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3

When counting allowed you only speak the numbers written outside the parenthesis.

Page 603: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 604: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+)

When counting allowed you only speak the numbers written outside the parenthesis.

Page 605: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 606: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4

When counting allowed you only speak the numbers written outside the parenthesis.

Page 607: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 608: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 609: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a)

When counting allowed you only speak the numbers written outside the parenthesis.

Page 610: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1

When counting allowed you only speak the numbers written outside the parenthesis.

Page 611: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 612: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 613: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 614: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2

When counting allowed you only speak the numbers written outside the parenthesis.

Page 615: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e)

When counting allowed you only speak the numbers written outside the parenthesis.

Page 616: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 617: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 618: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3)

When counting allowed you only speak the numbers written outside the parenthesis.

Page 619: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 620: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 621: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e + a

When counting allowed you only speak the numbers written outside the parenthesis.

Page 622: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e + a 4

When counting allowed you only speak the numbers written outside the parenthesis.

Page 623: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e + a 4 e

When counting allowed you only speak the numbers written outside the parenthesis.

Page 624: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e + a 4 e +

When counting allowed you only speak the numbers written outside the parenthesis.

Page 625: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

Let’s count through an example of sixteenth notes and rests together as a class:

1 e + a 2 (e) + a 3 e (+) a 4 e + (a) 1 e + a 2 (e) + a (3) e + a 4 e + a

Let’s count the line together as a class.

When counting allowed you only speak the numbers written outside the parenthesis.

Page 626: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests

On the staff below fill the first measure with as many ______ as needed.

Fill in the second measure with as many ______ as needed.

Fill in the third measure with as many ______ as needed.

Fill in the fourth measure with as many _____ as needed.

Page 627: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Rests Write out the beats for the following sixteenth notes and rests:

Page 628: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 629: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

F-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 F G A B C D E F

Page 630: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

F-Major Scale

Remember, the Major Scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 F G A B C D E F

Page 631: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

F-Major Scale

Draw your clef sign on the staff.

Write the F-Major one octave scale violists and cellists beginning with the F on the C string. violinists F on the D string, bassists F on the E string.

Write the finger numbers under the scale.

Label the tonic, mediant, and dominant.

Page 632: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 633: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Advanced Bowing Techniques

Besides the standard deteche’ bow stroke, we have learned about staccato and legato bow markings and how to execute them.

As string players we have even more, unique, and exciting advanced bowing techniques that are commonly found in music.

Page 634: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Advanced Bowing Techniques

First let’s look at the trill.

A trill is an ornamental technique that involves pulling the bow in one direction while the left hand oscillates between two neighboring pitches.

In music a trill is marked like this:

Page 635: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Advanced Bowing Techniques

Next let’s look at the tremolo.

A tremolo is an dramatic technique that involves moving the bow back and forth at the tip as fast as you can. It creates a kind of shimmering unsettled sound over whatever note is being held.

In music a tremolo is marked like this:

Page 636: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Advanced Bowing Techniques

Finally let’s look at the col legno.

Col legno in Italian means literally (hit with the wood). When these words are written in the music you should turn your bow over and play the notes by bouncing the wood of the bow on the strings rather than pulling them with the hair.

Page 637: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Advanced Bowing Techniques Match the following Italian words to their music notation counterpart. Then

define each of these symbols in your own words.

Staccato:_______________________

Accent:________________________

Trill:___________________________

Tremolo:_______________________

Col Legno:______________________

Legato:________________________

Page 638: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 639: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Sixteenth Note Review

Page 640: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 641: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 3/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 642: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 643: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 644: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 645: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 646: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 647: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 648: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 649: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Composition #5

Your composition must: 1. include your clef at the beginning. 2. have a 2/4 time signature. 3. have a key signature with three sharps. 4. contain one arpeggio. 5. show a tempo marking at the start. 6. contain sixteenth notes. 7. have a fermata in the middle. 8. include at least one advanced bowing technique.

Page 650: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 651: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Improvisation

To improvise means to compose, play, recite, or sing on the spur of the moment.

Improvisation is an important aspect of the jazz genre.

The ensemble will play a bass line (basso continuo) harmonic progression while a soloist improvises on top of that musical line.

Page 652: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Improvisation

This is the orchestra’s basso continuo:

Let’s play it together.

Page 653: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Improvisation

Now we will play as a class while soloists chosen by the director improvise melodies with the following notes:

G A B D E G

Adding rests can be as exciting as playing notes if they are placed effectively…

Page 654: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 655: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation

A syncopation is a sort of special accent, created by placing emphasis on the weak part of a beat.

This unexpected shift of emphasis is also called the

“off-beat.” As early as the Baroque Era composers like J.S. Bach

and Handel used syncopations to make their music exciting, although today syncopation is widely associated with pop music.

Page 656: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation

Here is an example of the natural emphasis of beat compared to its syncopated counterpart:

Natural Beat Syncopation

1-+ 2-+ 3-+ 4-+ 1 +-2 +-3 +-4 +

Page 657: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation

Here is an example of the natural emphasis of beat compared to its syncopated counterpart:

Natural Beat Syncopation

1-+ 2-+ 3-+ 4-+ 1 +-2 +-3 +-4 +

Anytime a rhythm covers a natural beat (a numbered count) we have a syncopation.

Page 658: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation

We mark our awareness of these syncopations by writing an accent above the syncopated rhythms like so:

1-+ 2-+ 3-+ 4-+ 1 +-2 +-3 +-4 +

Anytime a rhythm covers a natural beat (a numbered count) we have a syncopation.

Page 659: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1

Page 660: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2

Page 661: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3

Page 662: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4

Page 663: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4

Page 664: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+)

Page 665: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1

Page 666: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2

Page 667: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2

Page 668: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4

Page 669: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4

Page 670: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 +

Page 671: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1

Page 672: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2

Page 673: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 +

Page 674: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3

Page 675: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 +

Page 676: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

Page 677: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1

Page 678: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2

Page 679: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2

Page 680: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3

Page 681: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3

Page 682: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4

Page 683: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4

Page 684: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 +

Page 685: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1

Page 686: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2

Page 687: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3)

Page 688: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4

Page 689: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1

Page 690: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2

Page 691: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2

Page 692: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2 +-3

Page 693: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2 +-3

Page 694: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2 +-3 (+)

Page 695: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Let’s write in the beats for every note and rest in

the following exercise, as well as accent all syncopated rhythms:

1 2 3 +-4 (+) 1 +-2 +-3-4 + 1 2 + 3 + 4

1 +-2 +-3 +-4 + 1 2 (3) 4 1 +-2 +-3 (+) 4

Page 696: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Syncopation Write in the beats for every note and rest in the following

exercise, as well as accent all syncopated rhythms:

Page 697: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 698: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Remember that the top note of a time signature tells us how many beats there are in a measure.

And the denominator tells us what kind of note gets the beat.

Page 699: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Remember that the top note of a time signature tells us how many beats there are in a measure.

6 beats per measure

eighth note ( ) gets the beat

And the denominator tells us what kind of note gets the beat.

Page 700: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Because the eighth note ( ) gets 1 beat the following statements are true:

The quarter note ( ) gets 2 beats.

The dotted quarter note ( . ) gets 3 beats.

The dotted half note ( . ) gets 6 beats.

Page 701: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

Page 702: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1

Page 703: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2

Page 704: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3

Page 705: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4

Page 706: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5

Page 707: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6

Page 708: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2

Page 709: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2 3-4

Page 710: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2 3-4 5-6

Page 711: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2 3-4 5-6 1-2-3

Page 712: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2 3-4 5-6 1-2-3 4-5-6

Page 713: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Let’s write the beats for the following notes and rests together as a class:

1 2 3 4 5 6 1-2 3-4 5-6 1-2-3 4-5-6 1-2-3-4-5-6

Page 714: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Page 715: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2

Page 716: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3

Page 717: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5

Page 718: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6

Page 719: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2

Page 720: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3

Page 721: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6

Page 722: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1

Page 723: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1 2

Page 724: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3

Page 725: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5

Page 726: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6

Page 727: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Let’s write the beats for the following notes together.

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 728: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 729: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 730: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 731: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 732: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 733: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 734: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 735: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time

Another common rhythm/bowing you will see in 6/8 time is the quarter slurred or hooked to an eighth note.

Now let’s write in the bowings for this excerpt of 6/8 time:

1-2 3 4-5 6 1-2 3 4-5-6 1 2 3 4-5 6 1-2-3-4-5-6

Page 736: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

6/8 Time Write the beats under each note and rest in the following 6/8 time

signature examples:

Page 737: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 738: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tetrachords

The early Greeks devised scales which had only four notes, or tones. These scales were called Tetrachords, the word “Tetra” meaning four.

The tetrachord progression of ascending tones is as follows: whole step – whole step – half step

D tetrachord would have the following notes:

D E F# G

Page 739: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Tetrachords In your journal draw your instruments clef at the

beginning of the staff. In the first measure write the D Tetrachord in music

notation specific to your instrument. Mark the whole steps and half steps.

Write the C Tetrachord and the F Tetrachord in

music notation in the other two measures. Mark the whole steps and half steps.

Page 740: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 741: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Major Scale Review

A scale is a series of notes ascending or descending from a given note to its octave.

For example: open G to the G on the D string

Did you know that Major Scales are created by connecting two tetrachords with a whole step?

For example the D Tetrachord plus the A Tetrachord equals

the D Major Scale.

D –E–F#–G + A–B–C#–D

Page 742: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Major Scale Review

There are 8 notes in a major scale.

The 1st and 8th notes of the scale is called “Tonic” because it is the tonal center of the key.

The 3rd note of the scale is called the “Mediant” it is important because it determines the scales Major sound. If it was lowered by

half a step it would cause the scale to become minor.

The 5th note of the scale is called the “Dominant” because it is the most common note to modulate (change key).

Page 743: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Major Scale Review

Here are the solfedge syllables as they are assigned to each step of the Major scale:

Compare them to the markings in your theory journal.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

Page 744: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Major Scale Review

Here are all of the whole steps and half steps as they occur in every Major Scale found in music:

Copy the markings in your theory journal.

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

Page 745: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Major Scale Review Which scale degree is called the dominant? Which scale degree is called the tonic? Which scale degree determines whether a scale is major or

minor? What syllable is assigned to the seventh scale degree? The half steps in a Major scale occur between syllables ___ and ____ as well as ___ and ___.

Page 746: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 747: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

In time signatures with a denominator of 2 or 4 a rhythmic anomaly called the triplet may occur.

A triplet is marked by a 3 above or below the notes which are beamed together.

Page 748: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

When a triplet is marked the three notes split the beat (or beats) they cover evenly, and feel like a mini syncopation.

Triplets are used to create rhythmic tension, cause drama, or romance within a melody or harmony.

Page 749: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1

Page 750: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2

Page 751: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3

Page 752: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 +

Page 753: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a

Page 754: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4

Page 755: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4 1

Page 756: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4 1 +

Page 757: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4 1 + a

Page 758: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4 1 + a 2

Page 759: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets

Triplets are counted 1 + a

Let’s count the following example together:

1 2 3 + a 4 1 + a 2 3-4

Page 760: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Triplets Write in the beats under all of the notes and rests in the following

examples:

Page 761: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 762: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve”

The letter C is often used for the time signature: It is called common time and means exactly the same

as 4/4 time. When a vertical line is drawn through the common

time letter the value of both the upper number

four and the lower number four is cut in half and the time signature becomes 2/2.

This is known as “Alla Breve” or Cut Time.

Page 763: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve”

Therefore:

=

In Cut Time there are two beats in every measure

and the half note receives the beat.

Beats per measure

What note gets the beat

Page 764: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve”

In Alle Breve, or Cut Time, the beats are written like this:

1-2 1 2 1 + 2 + 1 e + a 2 e + a

1-2 (1) 2 1 (+) 2 + 1 e (+) a 2 e + (a)

Page 765: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2

Page 766: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1

Page 767: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2

Page 768: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1

Page 769: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2

Page 770: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

Page 771: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1

Page 772: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e

Page 773: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e +

Page 774: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a

Page 775: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2

Page 776: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 +

Page 777: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 + a

Page 778: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 + a 1

Page 779: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 + a 1 2

Page 780: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 + a 1 2 +

Page 781: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Let’s write the beats for the following notes and

rests together as a class:

1-2 1 2 1 2 +

1 e + a 2 + a 1 2 + 1-2

Page 782: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Cut Time “Alla Breve” Write the beats for the following notes and rests in Cut Time:

Page 783: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 784: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Each note of a minor scale is assigned to a specific syllable or sound.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 785: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

Page 786: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

We will study Natural Minor first

Page 787: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

The 1st and 8th notes of the scale share the same syllable “Do.” Do is also called the tonic.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 788: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

The third step of the scale is called “Me.” The third note determines whether a scale is Major or minor.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 789: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

The third step of a scale is also called the mediant.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 790: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

The fifth step in a minor scale is called “Sol.” It is also called the dominant because it is next in importance harmonically to the tonic (1st & 8th steps)

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 791: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

The natural minor scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 792: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Whole steps are shown by drawing the top of a rectangle between steps like this:

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 793: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Whole steps are shown by drawing the top of a rectangle between steps like this:

Here we can see that there are five whole steps in a minor scale

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 794: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Half steps are shown by drawing the top of a triangle between steps like this:

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 795: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Half steps are shown by drawing the top of a triangle between steps like this:

Here we can see that there are two half steps in a minor Scale

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 796: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale

Here are all of the whole steps and half steps as they occur in every natural minor scale found in music:

Copy the markings in your theory journal.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Te Do

Page 797: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Which scale degree determines whether a scale is major

or minor?

What syllable is assigned to the sixth scale degree?

What syllable is assigned to the seventh scale degree?

The half steps in a minor scale occur between syllables

___ and ____ as well as ___ and ___.

Page 798: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

Page 799: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D

Page 800: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E

Page 801: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F

Page 802: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G

Page 803: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A

Page 804: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B

Page 805: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C

Page 806: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D

Page 807: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D

Page 808: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C

Page 809: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B

Page 810: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B A

Page 811: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B A G

Page 812: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B A G F

Page 813: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B A G F E

Page 814: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Natural Minor Scale Let’s write the Natural D-minor scale together as a

class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le te do do te le sol fa me re do

D E F G A B C D D C B A G F E D

Page 815: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 816: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

Each note of a minor scale is assigned to a specific syllable or sound.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

Page 817: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

Page 818: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

We will study Harmonic Minor next.

Page 819: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

The 1st and 8th notes of the scale share the same syllable “Do.” Do is also called the tonic.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

Page 820: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

The third step of the scale is called “Me.” The third note determines whether a scale is Major or minor.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

Page 821: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

The third step of a scale is also called the mediant.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

Page 822: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

The fifth step in a minor scale is called “Sol.” It is also called the dominant because it is next in importance harmonically to the tonic (1st & 8th steps)

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

Page 823: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale The melodic minor scale has whole steps and half steps in a different sequence ascending and descending.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 824: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Notice how the solfedge is different on the way up than on the way down...

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 825: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale If we look at the ascending part of the melodic minor scale it almost looks like the Major Scale.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 826: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Here’s the Major Scale half steps and whole steps:

1 2 3 4 5 6 7 8 Do Re Mi Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 827: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale If we look at the descending part of the melodic minor scale it has exactly the same solfedge syllables as natural minor.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 828: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale

Based on these observations we can conclude that:

The ascending part of the melodic minor scale will sound very similar to the Major Scale.

The descending part of the melodic minor scale will sound exactly like the descending part of the natural minor scale.

Page 829: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Copy the different patterns of whole steps and half steps in your theory journal:

1 2 3 4 5 6 7 8 Do Re Me Fa Sol La Ti Do

8 7 6 5 4 3 2 1 Do Te Le Sol Fa Me Re Do

Page 830: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale The ascending sounds almost the same as what?

The descending scale sounds exactly like what?

What syllables are different ascending vs. descending?

Page 831: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the melodic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

Page 832: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D

Page 833: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E

Page 834: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F

Page 835: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G

Page 836: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A

Page 837: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B

Page 838: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C

Page 839: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D

Page 840: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D

Page 841: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C

Page 842: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B

Page 843: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B A

Page 844: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B A G

Page 845: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B A G F

Page 846: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B A G F E

Page 847: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Melodic Minor Scale Let’s write the Natural D-minor scale together as

a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol la ti do do te le sol fa me re do

D E F G A B C D D C B A G F E D

Page 848: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Orchestra Music Theory

Page 849: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

Each note of a minor scale is assigned to a specific syllable or sound.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 850: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

Page 851: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

There are three types of Minor Scales:

1. Natural Minor

2. Melodic Minor

3. Harmonic Minor

Page 852: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The 1st and 8th notes of the scale share the same syllable “Do.” Do is also called the tonic.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 853: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The third step of the scale is called “Me.” The third note determines whether a scale is Major or minor.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 854: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The third step of a scale is also called the mediant.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 855: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The fifth step in a minor scale is called “Sol.” It is also called the dominant because it is next in importance harmonically to the tonic (1st & 8th steps)

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 856: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The harmonic minor scale always has whole steps and half steps in the same place, no matter what the starting pitch may be.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 857: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

There are three whole steps and three half steps in a harmonic minor scale.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 858: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

There are three whole steps and three half steps in a harmonic minor scale. Notice the space between 6 & 7 is still empty.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 859: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

There are three whole steps and three half steps in a harmonic minor scale. There is also a step-and-a-half in the harmonic minor scale between notes 6 & 7.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 860: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

Copy the half steps, whole steps, and step-and-a-half over the harmonic minor scale syllables in your theory journal.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 861: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The ascending and descending forms of the harmonic minor scale are the same.

1 2 3 4 5 6 7 8 Do Re Me Fa Sol Le Ti Do

Page 862: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale

The step-and-a-half occurs between which two notes in the harmonic minor scale?

Page 863: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

Page 864: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D

Page 865: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E

Page 866: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F

Page 867: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G

Page 868: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A

Page 869: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B

Page 870: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C

Page 871: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D

Page 872: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D

Page 873: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C

Page 874: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B

Page 875: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B A

Page 876: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B A G

Page 877: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B A G F

Page 878: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B A G F E

Page 879: Orchestra · 2019. 8. 11. · Orchestra Music Theory . Instrument Anatomy Here is a stringed instrument. It is important to know the parts of your instrument, and how they work together

Harmonic Minor Scale Let’s write the harmonic D-minor scale together

as a class:

First draw your clef sign at the beginning of the staff:

do re me fa sol le ti do do ti le sol fa me re do

D E F G A B C D D C B A G F E D