Free Printable Chapter 8 and below review

1.

What is this?

a)

Line segment

b)

Ray

c)

Point

d)

Line Segment

2.

What is this?

a)

Angle

b)

Line

c)

Line Segment

d)

Ray

3.

What kind of lines are these?

a)

Parallel lines

b)

Line segments

c)

Right lines

d)

Intersecting lines

4.

Parallel lines cross one another, or intersect.

a)

true

b)

false

5.

What one shows a line segment?

a)

b)

c)

d)

6.

What type of lines do the railroad tracks look like?

a)

Parallel lines

b)

Intersecting lines

c)

Line segments

d)

Perpendicular lines

7.

What is this?

a)

Ray

b)

Point

c)

Line

d)

Line segment

8.

Name the figure.

a)

angle

b)

ray

c)

line

d)

line segement

9.

What does the image show?

a)

parallel lines

b)

intersecting lines

c)

perpendicular lines

d)

a point

10.

Parallel lines ...

a)

will never intersect

b)

intersect to form right angles

c)

are curved lines

11.

Perpendicular lines...

a)

will never intersect

b)

intersect to form right angles

c)

are curved lines

12.

A _____ is straight and extends in both directions forever.

a)

point

b)

line

c)

line segment

d)

ray

13.

Practice 1a: Name a pair of complementary angles

a)

$\angle1\ and\ \angle2$

b)

$\angle3\ and\ \angle2$

c)

$\angle4\ and\ \angle5$

d)

$\angle3\ and\ \angle5$

14.

Practice 1b: Name a pair of vertical angles

a)

$\angle2\ \ and\ \angle4$

b)

$\angle3\ \ and\ \angle2$

c)

$\angle1\ and\ \angle4$

d)

$\angle3\ \ and\ \angle5$

15.

Practice 1c: Name a pair of linear pair angles

a)

$\angle1\ \ and\ \angle4$

b)

$\angle3\ \ and\ \angle2$

c)

$\angle4\ \ and\ \angle5$

d)

$\angle3\ \ and\ \angle5$

16.

Practice 2: What is the supplement of 74.3 degrees?

a)

$105.7\degree$

b)

$180\degree$

c)

$148.6\degree$

d)

$15.7\degree$

17.

Practice 3: check the two angle measurements you chose. Complementary angles should add up to...

(a)

18.

Practice 4a: What is the sum of $m\angle5+m\angle6+m\angle7+m\angle8=$

a)

$90\degree$

b)

$180\degree$

c)

$360\degree$

d)

$45\degree$

19.

Practice 4b: What is the sum of $m\angle9+m\angle10=$

a)

$90\degree$

b)

$180\degree$

c)

$360\degree$

d)

$45\degree$

20.

Practice 4c: If the $m\angle9=\ 48\degree$ , what is the $m\angle10?$

a)

$48\degree$

b)

$96\degree$

c)

$132\degree$

d)

$32\degree$

21.

Practice 4d: If the $m\angle3=\ 140\degree$ , what is the $m\angle2+m\angle4?$

a)

$40\degree$

b)

$80\degree$

c)

$120\degree$

d)

$220\degree$

22.

Practice 5a: Linear pair angles are adjacent

a)

sometimes

b)

always

c)

never

23.

Practice 5b:Vertical angles are complementary

a)

sometimes

b)

always

c)

never

24.

Practice 5c : Adjacent angles share a common side and vertex.

a)

sometimes

b)

always

c)

never

25.

Practice 5d : Supplementary angles are adjacent.

a)

sometimes

b)

always

c)

never

26.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

27.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

28.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

29.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

30.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

31.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

32.

How are these angles related?

a)

Corresponding angles

b)

Alternate interior angles

c)

Alternate exterior angles

d)

Same side interior angles

33.

Which describes the transformation shown?

a)

Reflection over the y-axis

b)

Rotation $270\degree$ clockwise

c)

Rotation $90\degree$ clockwise

d)

Translation left

34.

Which describes the translation shown?

a)

Translation left and up

b)

Rotation $180\degree$ clockwise

c)

Reflection over the x-axis

d)

Translation right and down

35.

Which is NOT a true statement about the transformation shown?

a)

The two-figures are congruent

b)

The pre-image is in Quadrant I

c)

The orientation of the figure stayed the same

d)

The transformation is a reflection

36.

Which is NOT a true statement about the transformation shown?

a)

The image is in Quadrant II

b)

The two-figures are congruent

c)

The pre-image was translated to create the image

d)

The orientation of the vertices did not change

37.

Triangle IJK has the coordinates listed:

I(5, -8) J(10,-8) K(7, -4)

Where is J' after a reflection of the y-axis.

a)

(-10,-8)

b)

(10,8)

c)

(8,10)

d)

(-8,10)

38.

Which of the following is the algebraic representation for a translation 7 units left and 6 units up.

a)

(x + 7, y - 6)

b)

(x - 7, y + 6)

c)

(x + 6, y - 7)

d)

(x - 6, y + 7)

39.

Which transformation is shown by the following coordinates?

L(-1 , 9) M(-8, 8) N(-3, 5)

L'(-9, -1) M'(-8, -8) N'(-5, -3)

a)

Reflections over the x-axis

b)

Translation 8 units left and 8 units down

c)

Rotation $90\degree$ clockwise

d)

Rotation $270\degree$ clockwise

40.

Which is the algebraic representation for a rotation

180\degree

clockwise

a)

(y , x)

b)

(-y, x)

c)

(y, -x)

d)

(-x, -y)

41.

Which transformation will always produce the same image as a rotation

90\degree\

counterclockwise

a)

A reflection over the y-axis

b)

A rotation $270\degree$ clockwise

c)

A rotation $90\degree$ clockwise

d)

A reflection over the x-axis

42.

Point W(-6, 7) is rotated $90\degree$ clockwise. Where is W'

a)

(6, -7)

b)

(7, 6)

c)

(7 , -6)

d)

(6, 7)

43.

Determine if the two triangles are congruent. If so, state the postulate.

a)

ASA

b)

Not enough information

c)

SSS

d)

SAS

44.

Define: CIRCUMCENTER OF A TRAINGLE

a)

the intersection point of the three perpendicular bisectors of a triangle

b)

when a circle passes through the three vertices of a triangle

c)

the point of intersection of three or more lines

d)

the intersection point of the three angle bisectors of a triangle

45.

Define: INCENTER OF A TRIANGLE

a)

the intersection point of the three angle bisectors of a triangle

b)

when three or more lines intersect at a single point

c)

the intersection point of the three perpendicular bisectors of a triangle

d)

the point of intersection of three or more lines

46.

Which point is equidistant from the vertices?

a)

Circumcenter

b)

Incenter

c)

Neither

d)

Bilateral

47.

Which point is equidistant from the sides?

a)

Circumcenter

b)

Incenter

c)

Neither

d)

Bilateral

48.

Name the point of concurrency shown.

a)

Circumcenter

b)

Incenter

c)

Supercenter

d)

Neither

49.

Name the point of concurrency shown.

a)

Circumcenter

b)

Incenter

c)

Supercenter

d)

Neither

50.

Which of the following points is the BALANCE POINT of a triangle. The correct method is shown in the triangle if you look at the markings.

a)

A. Circumcenter

b)

B. Orthocenter

c)

C. Centroid

d)

D. Midpoint

51.

The centroid is the intersection point where the 3 ____ of a triangle.

a)

Medians

b)

Midsegments

c)

Perpendicular Bisectors

d)

Angle Bisectors

52.

The centroid cuts each median into two segments. The shorter segment is ___________ the length of the entire median.

a)

one third

b)

two thirds

c)

three fourths

d)

one half

53.

The figure is an example of a(n) ...

a)

angle bisector

b)

midsegment

c)

altitude

d)

median

54.

Which center points of a triangle are always inside the triangle?

a)

Centroid and Circumcenter

b)

Orthocenter and Incenter

c)

Incenter and Centroid

d)

Circumcenter and Incenter

55.

a)

Square

b)

trapezoid

c)

parallelogram

d)

rhombus

56.

a)

Square

b)

trapezoid

c)

Kite

d)

rhombus

57.

a)

Square

b)

trapezoid

c)

Kite

d)

rhombus

58.

a)

parallelogram

b)

trapezoid

c)

Kite

d)

rhombus

59.

a)

parallelogram

b)

trapezoid

c)

Kite

d)

rhombus

60.

a)

Rectangle

b)

trapezoid

c)

Kite

d)

rhombus

61.

a)

Rectangle

b)

trapezoid

c)

Quadrilateral

d)

rhombus

62.

a)

Rectangle

b)

trapezoid

c)

Quadrilateral

d)

rhombus

63.

a)

Rectangle

b)

trapezoid

c)

Kite

d)

rhombus

64.

a)

Rectangle

b)

trapezoid

c)

Kite

d)

rhombus

65.

Choose the correct scale factor:

a)

2

b)

3

c)

1/3

d)

1/2

66.

The point A (8, 12) was dilated to become point A' (2, 3). What was the scale factor?

a)

½

b)

¼

c)

4

d)

2

67.

A dilation produces a congruent figure

a)

True

b)

False

68.

When a dilation has a scale factor greater than one, the dilation is an enlargement.

a)

True

b)

False

69.

How do you write the algebraic notation when the scale factor is 3?

a)

(x, y) goes to (1/3x, 1/3y)

b)

(x, y) goes to (-3x, -3y)

c)

(x, y) goes to (x + 3, y + 3)

d)

(x, y) goes to (3x, 3y)

70.

Find the value of tan A.

a)

17/8

b)

17/15

c)

8/17

d)

8/15

71.

Find the value of cos X.

a)

3/5

b)

3/4

c)

4/5

d)

4/3

72.

Find the value of sin Z.

a)

17/8

b)

8/15

c)

17/15

d)

15/17

73.

Which trig ratio would you use to solve for x?

a)

tangent

b)

cosine

c)

radians

d)

sine

74.

Which of the following represents the value of x?

a)

10/sin 47

b)

10*tan 47

c)

10*sin 47

d)

10/tan 47

75.

Which trig ratio would you use to solve for x?

a)

sine

b)

tangent

c)

cosine

d)

hypotenuse

Chapter 8 and below review

Total questions: 75

Worksheet time: 2hrs 46mins

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