applied math ii

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100 200 300 400 1.2 1.3 1.4 1.5/1. 6 Applied Math II 1.1 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 Credits

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Applied Math II. 1.3. 1.4. 1.5/1.6. 1.1. 1.2. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. 600. 600. 600. 600. 600. Credits. 1.1 - 100. - PowerPoint PPT Presentation

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Page 1: Applied Math II

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1.2 1.3 1.4 1.5/1.6

Applied Math II1.1

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Credits

Page 2: Applied Math II

1.1 - 100

Answer

_____________ reasoning is when you make a conclusion based on a

pattern of previous events.

Page 3: Applied Math II

1.1- 200

Answer

Find the next three terms of:

17, 13, 9, 5 ….

Page 4: Applied Math II

1.1- 300

Answer

Find the next three terms:

2, 4, 8, 16 …..

Page 5: Applied Math II

1.1- 400

Answer

What is a conjecture?

Page 6: Applied Math II

1.1- 500

Answer

State a counterexample for:

If a number is divisible by three, then it is divisible by 6.

Page 7: Applied Math II

1.1 - 600

Answer

Find the next three terms in the sequence:

½, 2/3, ¾,……….

Page 8: Applied Math II

1.1- 100 Answer

Answer: Inductive

_____________ reasoning is when you make a conclusion based on a pattern of

previous events.

Page 9: Applied Math II

1.1- 200 Answer

Answer: 1, -3, -7

Find the next three terms of:

17, 13, 9, 5 ….

Page 10: Applied Math II

1.1- 300 Answer

Answer: 32, 64, 128

Find the next three terms:

2, 4, 8, 16 …..

Page 11: Applied Math II

1.1- 400 Answer

Answer: An educated guess

based on a pattern.

What is a conjecture?

Page 12: Applied Math II

1.1- 500 Answer

Answer: 9

State a counterexample for:

If a number is divisible by three, then it is divisible by 6.

Page 13: Applied Math II

1.1- 600 Answer

Answer: 5/6, 7/8, 9/10

Find the next three terms in the sequence:

½, 2/3, ¾,……….

Page 14: Applied Math II

1.2- 1001.2- 100

Answer

A _______ is a part of a line that has two endpoints.

Page 15: Applied Math II

1.2 - 2001.2 - 200

Answer

A _______ is part of a line that has only one endpoint.

Page 16: Applied Math II

1.2- 3001.2- 300

Answer

Three points on the same line are said to be _________.

Page 17: Applied Math II

1.2- 4001.2- 400

Answer

AB

C

D

E

Where do and intersect?AD BC

Page 18: Applied Math II

1.2 - 5001.2 - 500

Answer

State two ways to name the following:

A B

Page 19: Applied Math II

1.2- 6001.2- 600

Answer

Points that do not lie on the same plane are said to be _________.

Page 20: Applied Math II

1.2- 100 Answer1.2- 100 Answer

Answer: line segment

A _______ is a part of a line that has two endpoints.

Page 21: Applied Math II

1.2- 200 Answer1.2- 200 Answer

Answer: ray

A _______ is part of a line that has only one endpoint.

Page 22: Applied Math II

1.2- 300 Answer1.2- 300 Answer

Answer: collinear

Three points on the same line are said to be _________.

Page 23: Applied Math II

1.2- 400 Answer1.2- 400 Answer

Answer: E

AB

C

D

E

Where do and intersect?AD BC

Page 24: Applied Math II

1.2- 500 Answer1.2- 500 Answer

Answer:

State two ways to name the following:

A B

AB BA

Page 25: Applied Math II

1.2- 600 Answer1.2- 600 Answer

Answer: noncoplanar

Points that do not lie on the same plane are said to be _________.

Page 26: Applied Math II

1.3 - 100

Answer

Two lines intersect at a _________.

Page 27: Applied Math II

1.3 - 200

Answer

Two planes intersect at a _______.

Page 28: Applied Math II

1.3- 300

Answer

Name all the lines that can be drawn through points

A, B, and C.

Page 29: Applied Math II

1.3 - 400

Answer

Name the intersection of line DE and line EF.

Page 30: Applied Math II

1.3- 500

Answer

Name the intersection of plane XYZ and plane YZW

Page 31: Applied Math II

1.3- 600

Answer

How many points determine a unique plane?

Page 32: Applied Math II

1.3 - 100 Answer

Answer: point

Two lines intersect at a _________.

Page 33: Applied Math II

1.3 - 200 Answer

Answer: line

Two planes intersect at a _______.

Page 34: Applied Math II

1.3 - 300 Answer

Answer: line AB, line BC, line AB

Name all the lines that can be drawn through points

A, B, and C.

Page 35: Applied Math II

1.3 - 400 Answer

Answer: point E

Name the intersection of line DE and line EF.

Page 36: Applied Math II

1.3 - 500 Answer

Answer: line YZ

Name the intersection of plane XYZ and plane YZW

Page 37: Applied Math II

1.3 - 600 Answer

Answer: 3

How many points determine a unique plane?

Page 38: Applied Math II

1.4 – 100

Answer

What two words are in a conditional statement?

Page 39: Applied Math II

1.4 - 200

Answer

Identify the hypothesis and conclusion of:

If two lines are parallel, then they never intersect.

Page 40: Applied Math II

1.4 – 300

Answer

Write the converse of:

If a figure is a triangle, then it has 3 sides.

Page 41: Applied Math II

1.4 - 400

Answer

Write the if-then form of this statement:

All whole numbers are integers.

Page 42: Applied Math II

1.4 - 500

Answer

Write the inverse of:

If 2x =10, then x=5.

Page 43: Applied Math II

1.4 - 600

Answer

Determine if the statement is True or False, if it is false state a counterexample.

If has 4 sides, then it is a square.

Page 44: Applied Math II

1.4 - 100 Answer

Answer: If – Then

What two words are in a conditional statement?

Page 45: Applied Math II

1.4 - 200 Answer

Answer: H: Two lines are parallel

C: They never intersect

Identify the hypothesis and conclusion of:

If two lines are parallel, then they never intersect.

Page 46: Applied Math II

1.4 - 300 Answer

Answer: If a figure has 3 sides,

then it is a triangle.

Write the converse of:

If a figure is a triangle, then it has 3 sides.

Page 47: Applied Math II

1.4 - 400 Answer

Answer: If a number is a whole number, then it is an integer.

Write the if-then form of this statement:

All whole numbers are integers.

Page 48: Applied Math II

1.4 - 500 Answer

Answer: If 2x does not equal 10, then x does not equal 5.

Write the inverse of:

If 2x =10, then x=5.

Page 49: Applied Math II

1.4 - 600 Answer

Answer: False, a rectangle

Determine if the statement is True or False, if it is false state a counterexample.

If a figure has 4 sides, then it is a square.

Page 50: Applied Math II

1.5- 100

Answer

A ___________ is a tool used to create arcs and circles.

Page 51: Applied Math II

1.5 - 200

Answer

Find the area and perimeter of a rectangle with

l = 12in and w = 6in.

Page 52: Applied Math II

1.5 - 300

Answer

Find the area of:

8ft

2ft3ft

Page 53: Applied Math II

1.5 - 400

Answer

Name the 5 steps to problem solving.

Page 54: Applied Math II

1.5 - 500

Answer

Determine the perimeter and area of a square with a side of 5cm.

Page 55: Applied Math II

1.5 - 600

Answer

Determine the length of a rectangle that has a perimeter of 28 inches and has a width of 4 inches.

Page 56: Applied Math II

1.5 - 100 Answer

Answer: Compass

A ___________ is a tool used to create arcs and circles.

Page 57: Applied Math II

1.5 - 200 Answer

Answer :A = 72in² and P = 36 in

Find the area and perimeter of a rectangle with

l = 12in and w = 6in.

Page 58: Applied Math II

1.5 - 300 Answer

Answer: 16ft²

Find the area of:

8ft

2ft3ft

Page 59: Applied Math II

1.5 - 400 Answer

Answer: 1. Read the problem

2. Draw a picture.

3. Write an equation.

4. Solve the equation.

5. Check/Plug in Solution

Name the 5 steps to problem solving.

Page 60: Applied Math II

1.5 - 500 Answer

Answer: P = 20cm A = 25cm²

Determine the perimeter and area of a square with a side of 5cm.

Page 61: Applied Math II

1.5 - 600 Answer

Answer: 10 inches

Determine the length of a rectangle that has a perimeter of 28 inches and has a width of 4 inches.