applied math ii

73
100 200 300 400 8.2 8.3 8.4 Review Applied Math II 8.1 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 Credits 8.5

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Applied Math II. 8.1. 8.2. 8.3. 8.4. 8.5. Review. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. 500. 600. 600. 600. 600. 600. 600. Credits. 8.1 - 100. - PowerPoint PPT Presentation

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Page 1: Applied Math II

100

200

300

400

8.2 8.3 8.4 Review

Applied Math II8.1

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

100

200

300

400

500

600

Credits

8.5

Page 2: Applied Math II

8.1- 100

Answer

Name an angle consecutive with <R.

Q

R

S

T

Page 3: Applied Math II

8.1- 200

Answer

Name both diagonals.

Q

R

S

T

Page 4: Applied Math II

8.1- 300

Answer

Name a pair of nonconsecutive sides.

Q

R

S

T

Page 5: Applied Math II

8.1- 400

Answer

Solve for x:

x

10070

150

Page 6: Applied Math II

8.1- 500

Answer

Solve for x:

x

2x

100

86

Page 7: Applied Math II

8.1- 600

Answer

Solve for x in quadrilateral RSTU if <R = x, <S = x + 10, <T = x + 30,

and <U = 50.

Page 8: Applied Math II

8.1- 100 Answer

Answer: <Q or <S

Name an angle consecutive with <R.

Q

R

S

T

Page 9: Applied Math II

8.1- 200 Answer

Answer: RT and QS

Q

R

S

T

Name both diagonals.

Page 10: Applied Math II

8.1- 300 Answer

Answer: QT and RS or RQ and ST

Q

R

S

T

Name a pair of nonconsecutive sides.

Page 11: Applied Math II

8.1- 400 Answer

Answer: 40 degrees

Solve for x:

x

10070

150

Page 12: Applied Math II

8.1- 500 Answer

Answer: 58 degrees

Solve for x:

x

2x

100

86

Page 13: Applied Math II

8.1- 600 Answer

Answer: x = 90

Solve for x in quadrilateral RSTU if <R = x, <S = x + 10, <T = x + 30,

and <U = 50.

Page 14: Applied Math II

8.2- 1008.2- 100

Answer

The opposite sides of a parallelogram are __________ and __________.

Page 15: Applied Math II

8.2 - 2008.2 - 200

Answer

Solve for x and y.

70

x

y

Page 16: Applied Math II

8.2- 3008.2- 300

Answer

Find the measure of MP.

M N

OP15 cm

22 cm

Page 17: Applied Math II

8.2 - 4008.2 - 400

Answer

A B

CD

M

Given parallelogram ABCD, if AM = 8in find AC.

Page 18: Applied Math II

8.2 - 5008.2 - 500

Answer

A B

CD

M

In parallelogram ABCD, DB = 20 cm, find DM.

Page 19: Applied Math II

8.2 - 6008.2 - 600

Answer

A B

CD

M

In parallelogram ABCD if <MCD = 42° and <MCB = 68° find m<ABC.

Page 20: Applied Math II

8.2 - 100 Answer8.2 - 100 Answer

Answer: parallel and congruent

The opposite sides of a parallelogram are __________ and __________.

Page 21: Applied Math II

8.2 - 200 Answer8.2 - 200 Answer

Answer: x = 70, y = 110

Solve for x and y.

70

x

y

Page 22: Applied Math II

8.2 - 300 Answer8.2 - 300 Answer

Answer: 15 cm

Find the measure of MP.

M N

OP15 cm

22 cm

Page 23: Applied Math II

8.2 - 400 Answer8.2 - 400 Answer

Answer: 16 in

A B

CD

M

Given parallelogram ABCD, if AM = 8in find AC.

Page 24: Applied Math II

8.2 - 500 Answer8.2 - 500 Answer

Answer: 10 cm

A B

CD

M

In parallelogram ABCD, DB = 20 cm, find DM.

Page 25: Applied Math II

8.2 - 600 Answer8.2 - 600 Answer

Answer: 70°

A B

CD

M

In parallelogram ABCD if <MCD = 42° and <MCB = 68° find m<ABC.

Page 26: Applied Math II

8.3 - 100

Answer

Name 4 ways to determine if a quadrilateral is a parallelogram.

Page 27: Applied Math II

8.3 - 200

Answer

Determine if the quadrilateral is a parallelogram. Support your answer.

Page 28: Applied Math II

8.3 - 300

Answer

Determine if the quadrilateral is a parallelogram. Support your answer.

70°

110°12 cm

12 cm

Page 29: Applied Math II

8.3 - 400

Answer

Determine if the quadrilateral is a parallelogram. Support your answer.

70°

110°

Page 30: Applied Math II

8.3 - 500

Answer

Determine if the quadrilateral is a parallelogram. Support your answer.

Page 31: Applied Math II

8.3 - 600

Answer

Find the value of x that will make quadrilateral LMNO a parallelogram.

66

L M

NO

4x - 2

6x - 8

Page 32: Applied Math II

8.3 - 100 Answer

Answer: 1. Both pairs of opposite sides are parallel2. Both pairs of opposite sides are congruent.3. One pair of opposite sides is parallel and congruent.4. The diagonals bisect each other.

Name 4 ways to determine if a quadrilateral is a parallelogram.

Page 33: Applied Math II

8.3 - 200 Answer

Answer: YES, because both pairs of opposite sides are congruent.

Determine if the quadrilateral is a parallelogram. Support your answer.

Page 34: Applied Math II

8.3 - 300 Answer

Answer: YES, because one pair of opposite sides is parallel and congruent.

Determine if the quadrilateral is a parallelogram. Support your answer.

70°

110°12 cm

12 cm

Page 35: Applied Math II

8.3 - 400 Answer

Answer: NO, one pair of opposite side is parallel while the other pair is congruent. This does not prove the quadrilateral is a parallelogram.

Determine if the quadrilateral is a parallelogram. Support your answer.

70°

110°

Page 36: Applied Math II

8.3 - 500 Answer

Answer: YES, because the diagonals bisect each other.

Determine if the quadrilateral is a parallelogram. Support your answer.

Determine if the quadrilateral is a parallelogram. Support your answer.

Page 37: Applied Math II

8.3 - 600 Answer

Answer: x = 3

Find the value of x that will make quadrilateral LMNO a parallelogram.

66

L M

NO

4x - 2

6x - 8

Page 38: Applied Math II

8.4 - 100

Answer

T/F

All parallelograms are rectangles.

Page 39: Applied Math II

8.4 -200

Answer

T/F

All squares are rectangles.

Page 40: Applied Math II

8.4 – 300

Answer

Identify the parallelogram as a rectangle, rhombus, square, or none of these.

Page 41: Applied Math II

8.4 - 400

Answer

The diagonals of a rhombus are _________.

Page 42: Applied Math II

8.4 – 500

Answer

Given square ABCD, find AD.

A B

CD

M

5

Page 43: Applied Math II

8.4 - 600

Answer

Given square ABCD, find AC.

A B

CD

M

5

Page 44: Applied Math II

8.4 - 100 Answer

Answer: False

T/F

All parallelograms are rectangles.

Page 45: Applied Math II

8.4 - 200 Answer

Answer: True

T/F

All squares are rectangles.

Page 46: Applied Math II

8.4 - 300 Answer

Answer: rhombus

Identify the parallelogram as a rectangle, rhombus, square, or none of these.

Page 47: Applied Math II

8.4 - 400 Answer

Answer: perpendicular

The diagonals of a rhombus are _________.

Page 48: Applied Math II

8.4 - 500 Answer

Answer: 5

Given square ABCD, find AD.

A B

CD

M

5

Page 49: Applied Math II

8.4 - 600 Answer

Answer:

Given square ABCD, find AC.

A B

CD

M

5

25

Page 50: Applied Math II

8.5 - 100

Answer

Identify the legs and bases in trapezoid EFGH

E F

GH

Page 51: Applied Math II

8.5 - 200

Answer

T/F

A trapezoid is a parallelogram.

Page 52: Applied Math II

8.5 - 300

Answer

Find the length of the midsegment.

4cm

9.6 cm

Page 53: Applied Math II

8.5 - 400

Answer

Find the length of the base.

4cm

12 cm

Page 54: Applied Math II

8.5 - 500

Answer

Find the missing angle measures.

25°

Page 55: Applied Math II

8.5 - 600

Answer

Solve for x:

x - 20

3x

Page 56: Applied Math II

8.5 - 100 Answer

Answer: bases: EF and HG

legs: EH and FG

Identify the legs and bases in trapezoid EFGH

E F

GH

Page 57: Applied Math II

8.5 - 200 Answer

Answer: False. A trapezoid only has one pair of parallel sides.

T/F

A trapezoid is a parallelogram.

Page 58: Applied Math II

8.5 - 300 Answer

Answer: 6.8 cm

Find the length of the midsegment.

4cm

9.6 cm

Page 59: Applied Math II

8.5 - 400 Answer

Answer: 20 cm

Find the length of the base.

4cm

12 cm

Page 60: Applied Math II

8.5 - 500 Answer

Answer: 25°, 155°, 155°

Find the missing angle measures.

25°

Page 61: Applied Math II

8.6 - 600 Answer

Answer: x = 40

Solve for x:

x - 20

3x

Page 62: Applied Math II

Review Review - 100- 100

Answer

Solve for x:

x -10

140°

Page 63: Applied Math II

Review - Review - 200 200

Answer

Solve for x:

9

12

x

Page 64: Applied Math II

Review Review - 300- 300

Answer

Classify the triangle by its sides and angles.

Page 65: Applied Math II

Review Review - 400- 400

Answer

Identify the red segment as a median, altitude, or perpendicular bisector.

Page 66: Applied Math II

ReviewReview - 500 - 500

Answer

Find the distance between:

(-3,-2) and (3,1)

Page 67: Applied Math II

Review Review - 600- 600

Answer

Find the equation of a line that has a slope of 3 and goes through the point (-

1,4)

* y y m x x 1 1( )

Page 68: Applied Math II

Review Review - 100 Answer- 100 Answer

Answer: x = 150

Solve for x:

x -10

140°

Page 69: Applied Math II

ReviewReview - 200 Answer - 200 Answer

Answer: x = 15

Solve for x:

9

12

x

Page 70: Applied Math II

Review Review - 300 Answer- 300 Answer

Answer: isosceles, obtuse

Classify the triangle by its sides and angles.

Page 71: Applied Math II

Review Review - 400 Answer- 400 Answer

Answer: median

Identify the red segment as a median, altitude, or perpendicular bisector.

Page 72: Applied Math II

ReviewReview - 500 Answer - 500 Answer

Answer: 6.7

Find the distance between:

(-3,-2) and (3,1)

Page 73: Applied Math II

ReviewReview - 600 Answer - 600 Answer

Answer: y = 3x + 7

Find the equation of a line that has a slope of 3 and goes through the point (-

1,4)

* y y m x x 1 1( )