100 200 300 400 4.3 parent functions 4.4 transformations 4.5 inverse functions 4.6 average rate of...

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100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Function s 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 Credits

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Page 1: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

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4.3Parent

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4.4Transformations

4.5Inverse

Functions

4.6Average Rate

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Secondary Math 2 4.1/4.2 Functions

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Credits

Page 2: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 100

Answer

State the Domain and Range. Is it a Function?

Page 3: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 200

Answer

State the Domain and Range

Page 4: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 300

Answer

State the Domain and Range

Page 5: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 400

Answer

Using the function machine below, if you input -2, what is the output?

Page 6: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 500

Answer

Given the function

if the Domain is what is the Range?

( ) 3 8f x x 5,0,2

Page 7: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 600

Answer

Given the output of this function is 16, what is the input?

( ) 12f x x

Page 8: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 100 Answer

Answer: D: R: function? NO

State the Domain and Range. Is it a Function?

2,4,5,9

2,0,2,4

Page 9: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 200 Answer

Answer: D: R:

State the Domain and Range

1y

Page 10: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 300 Answer

Answer: D: R:

State the Domain and Range

4 3x 1 6y

Page 11: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 400 Answer

Answer: 3

Using the function machine below, if you input -2, what is the output?

Page 12: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 500 Answer

Answer:

Given the function

if the Domain is what is the Range?

( ) 3 8f x x 5,0,2

2,8,23

Page 13: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.1/4.2 - 600 Answer

Answer: 4 or -28

Given the output of this function is 16, what is the input?

( ) 12f x x

Page 14: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

What is the Domain and Range of the parent function

3( )f x x

Page 15: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

What is the end behavior of the parent function

( )f x x

Page 16: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Where is the parent function increasing, decreasing, or constant

2( )f x x

Page 17: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Is the parent function even, odd, or neither?

3( )f x x

Page 18: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

State the x and y intercepts of the parent function

( ) 2xf x

Page 19: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Page 20: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: D: R:

What is the Domain and Range of the parent function

3( )f x x

, ,

Page 21: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: rises to the right and rises to the left

What is the end behavior of the parent function

( )f x x

Page 22: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: increasing: decreasing:

Where is the parent function increasing, decreasing, or constant

2( )f x x

(0, ) ,0

Page 23: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: ODD

Is the parent function even, odd, or neither?

3( )f x x

Page 24: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: x – int: none y – int: (0,1)

Page 25: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer:

State where the parent function is greater than 0. That is where

( ) 0f x

( )f x x

0,

Page 26: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function 2( )f x x

2( ) ( 2)g x x

Page 27: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function 3( )f x x

3( ) 5g x x

Page 28: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function ( )f x x

( ) 3g x x

Page 29: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function

( ) 3 5g x x

( )f x x

Page 30: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function 2( )f x x

2( ) 8g x x

Page 31: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer

Describe the transformations from the parent function 3( )f x x

31( ) ( 3)

2g x x

Page 32: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: shift left 2 units

Describe the transformations from the parent function 2( )f x x

2( ) ( 2)g x x

Page 33: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: shift down 5 units

Describe the transformations from the parent function

3( ) 5g x x

3( )f x x

Page 34: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: vertical stretch of 3

Describe the transformations from the parent function

( ) 3g x x

( )f x x

Page 35: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: shift right 3 units and up 5 units

Describe the transformations from the parent function ( )f x x

( ) 3 5g x x

Page 36: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: reflection over the x-axis followed by a shift up 8 units

Describe the transformations from the parent function 2( )f x x

2( ) 8g x x

Page 37: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

Answer: vertical shrink of ½ followed by a reflection over the x-axis and a shift right 3 units

Describe the transformations from the parent function 3( )f x x

31( ) ( 3)

2g x x

Page 38: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 – 100

Answer

If (3,-4) is a point on , then what point is guaranteed to be on ?

( )f x1( )f x

Page 39: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 200

Answer

Find the inverse of

( ) 2 1f x x

Page 40: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 – 300

Answer

The graphs of inverse functions are reflections over the line ________.

Page 41: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 400

Answer

If the domain of f(x) is then what is the range of ?

2, 1f x

Page 42: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 – 500

Answer

Find the inverse of

3( ) 1f x x

Page 43: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 – 600

Answer

Find the inverse of

State the Domain and Range of the function and its inverse.

( ) 2f x x

Page 44: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 100 Answer

Answer: (-4, 3)

If (3,-4) is a point on , then what point is guaranteed to be on ?

( )f x1( )f x

Page 45: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 200 Answer

Answer:

Find the inverse of

( ) 2 1f x x

1 1( )

2

xf x

Page 46: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 300 Answer

Answer: y = x

The graphs of inverse functions are reflections over the line ________.

Page 47: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 400 Answer

Answer:

If the domain of f(x) is then what is the range of ?

2, 1f x

2,

Page 48: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 500 Answer

Answer:

Find the inverse of

3( ) 1f x x

1 3( ) 1f x x

Page 49: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.5 - 600 Answer

Answer: D of f: R of f:

D: R:

1 2 2f x x

2, 0,

0, 2,

Page 50: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 100

Answer

What is the average rate of change of

From x = 1 to x = 2

Page 51: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 200

Answer

What is the average rate of change of

From x = -2 to x = 2

Page 52: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 300

Answer

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 1 sec to 3 sec?

2( ) 16 64h t t t

Page 53: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 400

Answer

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 3 sec to 4 sec?

2( ) 16 64h t t t

Page 54: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 500

Answer

What does the average rate of change measure?

Use math vocabulary when answering.

Page 55: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 600

Answer

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 1 sec to 2 sec?

2( ) 16 64h t t t

Page 56: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 100 Answer

Answer: 3

What is the average rate of change of

From x = 1 to x = 2

Page 57: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 200 Answer

Answer: 0

What is the average rate of change of

From x = -2 to x = 2

Page 58: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 300 Answer

Answer: 0 ft/sec

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 1 sec to 3 sec?

2( ) 16 64h t t t

Page 59: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 400 Answer

Answer: -48 ft/sec

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 3 sec to 4 sec?

2( ) 16 64h t t t

Page 60: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 500 Answer

Answer: It measures the slope of the secant line between two points.

What does the average rate of change measure?

Use math vocabulary when answering.

Page 61: 100 200 300 400 4.3 Parent Functions 4.4 Transformations 4.5 Inverse Functions 4.6 Average Rate of Change Secondary Math 2 4.1/4.2 Functions 500 600 100

4.6 - 600 Answer

Answer: 16 ft/sec

The path of a golf ball can be modeled by

Where h is the height in feet and t is the time in seconds. What is the average rate of change of the golf ball from 1 sec to 2 sec?

2( ) 16 64h t t t