• Home
  • Blog
  • PP Solid Objects Segments Intersections & Perimeters Exercise Examples

PP Solid Objects Segments Intersections & Perimeters Exercise Examples

0 comments

1.

Which of the following segments is skew to eval02 g001?

example

Answers

undefined

eval02 g002

B.

eval02 g003

C.

eval02 g004

D.

eval02 g005

Question2.

Which of the following segments is parallel to eval02 g006?

example

Answers

undefined

eval02 g007

B.

eval02 g008

C.

eval02 g009

D.

eval02 g010

Question3.

Which of the following segments does not intersect eval02 g011?

example

Answers

undefined

eval02 g012

B.

eval02 g013

C.

eval02 g014

D.

eval02 g015

Question4.

Which of the following does BHDC describe?

example

Answers

undefined

a point

B.

a line

C.

a plane

D.

a ray

Question5.

What is eval02 g016?

example

Answers

undefined

22°

B.

68°

C.

158°

D.

202°

Question6.

If leval02 g017 m, what is eval02 g018?

example

Answers

undefined

180°

B.

68°

C.

158°

D.

202°

Question7.

What is the perimeter of a regular pentagon with a side length of 4.9 cm?

Answers

undefined

4.9 cm

B.

14.7 cm

C.

24.5 cm

D.

29.4 cm

Question8.

What is the perimeter of a square that has a side length of eval02 g019ft?

Answers

undefined

eval02 g020

B.

eval02 g021

C.

3 ft

D.

4 ft

Question9.

How many diagonals does a hexagon have?

Answers

undefined

6

B.

9

C.

12

D.

18

Question10.

Classify the triangle by its sides and angles.

eval02 g001c

Answers

undefined

isosceles right triangle

B.

acute right triangle

C.

equilateral right triangle

D.

scalene right triangle

Question11.

What is the perimeter of a regular hexagon with a side length of 6.3 cm?

Answers

undefined

25.2 cm

B.

31.5 cm

C.

37.8 cm

D.

50.4 cm

Question12.

If eval02 g022, then which of the following statements must also be true?

Answers

undefined

eval02 g023

B.

eval02 g024

C.

eval02 g025

D.

eval02 g026

Question13.

Which of the following is the correct congruence statement for this figure if eval02 g027= eval02 g028 = 90°?

eval02 g001d

Answers

undefined

eval02 g029 by ASA

B.

eval02 g030 by SSS

C.

eval02 g031 by ASA

D.

eval02 g032 by SAS

Question14.

If quadrilateral JKLMeval02 g033quadrilateral PQRS, which of the following is a correct congruence statement?

Answers

undefined

eval02 g034

B.

eval02 g035

C.

eval02 g036

D.

eval02 g037

Question15.

To the nearest degree, what would be the measure of the central angle that represents 46% of a circle graph?

Answers

undefined

100

B.

150

C.

180

D.

166

Question16.

Using 3.14 for eval02 g038, and calculating to the nearest tenth of a centimeter, what is the circumference of a circle that has a radius of 2.5 cm?

Answers

undefined

15.7 cm

B.

13.9 cm

C.

16.1 cm

D.

8.4 cm

Question17.

Using 3.14 for eval02 g038, and calculating to the nearest tenth of an inch, what is the circumference of a circle that has a diameter of 8 in.?

Answers

undefined

50.2 in.

B.

25.1 in.

C.

12.6 in.

D.

29.7 in.

Question18.

The bisector of eval02 g040 is eval02 g041. If the measure of eval02 g042 is 50°, what is the measure ofeval02 g040?

Answers

undefined

25°

B.

50°

C.

100°

D.

130°

Question19.

If eval02 g044 is the bisector of eval02 g045, which of the following statements must be true?

Answers

undefined

eval02 g046

B.

eval02 g047

C.

eval02 g048

D.

eval02 g049

Question20.

Which of the following coordinates represent a translation of B(–4, 1), 3 units to the right and 2 units down?

Answers

undefined

B’(−7, 3)

B.

B’(−6, 4)

C.

B’(−1, −1)

D.

B’(−2, −4)

Question21.

Which of the following sets of coordinates shows the translation: (x, y) → (x – 1, y + 4)?

Answers

undefined

A(4, 2), A’(5, −2)

B.

A(4, 2), A’(3, 6)

C.

A(4, 2), A’(8, 1)

D.

A(4, 2), A’(0, 3)

Question22.

Quadrilateral WXYZ has vertices W(0, 0), X(–4, 2), Y(–4, 6), and Z(0, 4). Quadrilateral W’X’Y’Z’ has vertices W’(2, –3), X’(–2, –1), Y’(–2, 3), and Z’(2, 1). Which of the following describes the translation?

Answers

undefined

(x, y) → (x – 3, y + 2)

B.

(x, y) → (x + 2, y – 3)

C.

(x, y) → (x – 2, y + 3)

D.

(x, y) → (x + 3, y – 2)

Question23.

Which of the following types of figures has at least two lines of symmetry?

Answers

undefined

parallelogram

B.

trapezoid

C.

isosceles triangle

D.

rhombus

Question24.

How many lines of symmetry does a rectangle have?

Answers

undefined

0

B.

1

C.

2

D.

4

Question25.

Which of the following letters has rotational symmetry?

Answers

undefined

H

B.

J

C.

K

D.

L

Question26.

Which of the following numbers has rotational symmetry?

Answers

undefined

2

B.

4

C.

6

D.

8

Question27.

Which of the following objects would not normally have rotational symmetry?

Answers

undefined

daisy

B.

plate

C.

glove

D.

rectangular picture frame

Question28.

What is the perimeter of an equilateral triangle with a side measure of 60 cm?

Answers

undefined

60 cm

B.

180 cm

C.

240 cm

D.

3,600 cm

Question29.

If eval02 g056, eval02 g057, and eval02 g058, which of the following methods can you use to show that eval02 g059?

Answers

undefined

SSS

B.

SAS

C.

AAS

D.

ASA

Question30.

If m∠2 = 130°, find m∠4.

eval02 g001e

Answers

undefined

130°

B.

50°

C.

65°

D.

180°

Question31.

Which is NOT a name for eval02 g061?

eval02 g001f

Answers

undefined

eval02 g062

B.

eval02 g063

C.

eval02 g064

D.

eval02 g065

Question32.

Given a || b, find m∠1 .

eval02 g001g

Answers

undefined

148°

B.

32°

C.

24°

D.

180°

Question33.

Find the perimeter of a rhombus with one side 1gif yd.

Answers

undefined

3.5 yd

B.

7 yd

C.

7 yd2

D.

3.0625 yd

Question34.

Given that HPKTBEWL, what is ∠PHT ≅ to ____?

Answers

undefined

BEW

B.

WLB

C.

EBW

D.

EBL

Question35.

Find the circumference of a circle with . Use 3.14 for gif.

Answers

undefined

5.495 in.

B.

2.7475 in.

C.

2.404 in.2

D.

0.875 in.

Question36.

Write a rule to describe this translation. (x, y) → ___________.

eval02 g001h

Answers

undefined

(x + 4, y + 3)

B.

(x – 4, y – 3)

C.

(x + 6, y)

D.

(x + 4, y – 3)

Question37.

Given the point A(9, −4), and it’s image A‘(2, −1), write a rule to describe the translation.

Answers

undefined

(x, y) → (x + 7, y – 3)

B.

(x, y) → (x – 7, y + 3)

C.

(x, y) → (x – 10, y + 6)

D.

(x, y) → (x – 7, y + 5)

Question38.

Is the dashed line a line of symmetry?

eval02 g001i

Answers

undefined

yes

B.

no

C.

not enough information to tell

Question39.

Which quadrilateral does NOT have opposite sides congruent and parallel?

Answers

undefined

rhombus

B.

square

C.

trapezoid

D.

parallelogram

Question40.

ΔSTU has coordinates S(2, 3), T(−2, 4), and U(−4, 2). What are the coordinates of ΔS’T’U’ after a 180° rotation about the origin?

eval02 g001j

Answers

undefined

S’(−2, −3), T’(2, -4), U’(4, −2)

B.

S’(2, 3), T’(−2, 4), U’(−4, 2)

C.

S’(3, 2), T’(4, −2), U’(2, −4)

D.

S’(−3, −2), T’(−4, 2), U’(−2, 4)

About the Author

Follow me


{"email":"Email address invalid","url":"Website address invalid","required":"Required field missing"}