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Geometry 6 - Surface Area Quiz

Total questions: 34

Worksheet time: 17mins

Name
Class
Date
1.

The following parts are needed to solve the surface area of a rectangular prism EXCEPT (1 pt.)

a)

B base

b)

C altitude

c)

D height

2.

In the formula SA = 6s², what does s² mean? (1 pt.)

a)

s + s

b)

s - s

c)

s / s

d)

s x s

3.

If each side of a cube measures 11 inches, what is the value of s²? (1 pt.)

a)

A 121 in²

b)

B 144 in²

c)

C 100 in²

d)

D 110 in²

4.

Hannah wants to wrap a box with a colored paper. She measured the base, altitude, and the height of the box to get its surface area. What geometric solid did she measure? (1 pt.)

a)

A square prism

b)

B rectangular prism

c)

C circular prism

d)

D triangular prism

5.

The length of a rectangular prism measures 14 cm. Its width is 8 cm, and its height is 11 cm. Which of the following will you use to solve for its surface area? (1 pt.)

a)

SA = 2(14)(8) + 2(8)(11) + 2(14)(11)

b)

SA = 2(14)(8) + 2(8)(11)

c)

SA = 2(14)(11)

d)

SA = 2(8)(11) + 2(14)(11)

6.

Which of the following is the formula for the surface area of a square prism? (1 pt.)

a)

SA = 6s²

b)

SA = 2lw+2lh+2wh

c)

SA = 2s² + 4bh

d)

SA = ba + 3bh

7.

Which of the following is the formula for the surface area of a rectangular prism? (1 pt.)

a)

SA = 6s²

b)

SA = 2lw+2lh+2wh

c)

SA = 2s² + 4bh

d)

SA = ba + 3bh

8.

Which of the following is the formula for the surface area of a cube? (1 pt.)

a)

SA = 6s²

b)

SA = 2lw+2lh+2wh

c)

SA = 2s² + 4bh

d)

SA = ba + 3bh

9.

Which of the following is the formula for the surface area of a triangular prism? (1 pt.)

a)

SA = 6s²

b)

SA = 2lw+2lh+2wh

c)

SA = 2s² + 4bh

d)

SA = ba + 3bh

10.

In the formula SA = ba + 3bh, what does “a” stand for? (1 pt.)

a)

A base

b)

B height

c)

C width

d)

D altitude

11.

If each side of a cube measures 2 inches, then its surface area is 24 inches. (1 pt.)

a)

A TRUE

b)

B FALSE

12.

The slant height is one of the parts needed to compute the surface area of a prism. (1 pt.)

a)

A TRUE

b)

B FALSE

13.

To get the surface area of a cube, multiply 6 by its side. (1 pt.)

a)

A TRUE

b)

B FALSE

14.

The surface area of geometric solids is expressed in square units. (1 pt.)

a)

A TRUE

b)

B FALSE

15.

The formula for the surface area of a triangular prism is SA = ba + (a)   . (1 pt.)

16.

The sum of the areas of all faces in a solid figure.

a)

Area

b)

Surface Area

c)

Perimeter

17.

has 6 square faces

a)

Cube

b)

Square-based Prism

c)

Rectangular-based Prism

d)

Triangular-based Prism

18.

has 6 faces, 2 square bases and 4 rectangular lateral faces

a)

Cube

b)

Square-based Prism

c)

Rectangular-based Prism

d)

Triangular-based Prism

19.

has 3 pairs of rectangular faces

a)

Cube

b)

Square-based Prism

c)

Rectangular-based Prism

d)

Triangular-based Prism

20.

has 5 faces , 2 triangular bases and 3 rectangular lateral faces

a)

Cube

b)

Square-based Prism

c)

Rectangular-based Prism

d)

Triangular-based Prism

21.

The formula of a triangular prism is the same as the formula of the triangular pyramid

a)

True

b)

False

22.

Finding the surface area is the same as finding the perimeter

a)

True

b)

False

23.

has 4 triangular lateral faces and 1 square base

a)

Square-based Pyramid

b)

Rectangular based Pyramid

c)

Triangular based pyramid

24.

has 4 triangular lateral faces and 1 rectangular base

a)

Square-based Pyramid

b)

Rectangular based Pyramid

c)

Triangular based pyramid

25.

has 3 triangular lateral faces and 1 triangular base

a)

Square-based Pyramid

b)

Rectangular based Pyramid

c)

Triangular based pyramid

26.

Square-based Pyramid

a)

SA = s²+ 2bhₛ

b)

SA=ba+3bhₛ


2

c)

SA=lw + lhₛ₁ + hwₛ₂

27.

Rectangular-based Pyramid

a)

SA = s²+ 2bhₛ

b)

SA=ba+3bhₛ


2

c)

SA=lw + lhₛ₁ + hwₛ₂

28.

triangular-based Pyramid

a)

SA = s²+ 2bhₛ

b)

SA=ba+3bhₛ


2

c)

SA=lw + lhₛ₁ + hwₛ₂

29.

represents the slant height

a)

hₛ

b)

hₛ₁

c)

hₛ₂

30.

represents the slant height found along the length

a)

hₛ

b)

hₛ₁

c)

hₛ₂

31.

represents the slant height found along the width

a)

hₛ

b)

hₛ₁

c)

hₛ₂

32.
a)

b=5 ft

a=3 ft

h=10ft

b)

b=3 ft

a=5 ft

h=10ft

c)

b=10 ft

a=3 ft

h=5ft

33.
a)

s= 6 cm

hₛ =4 cm

b)

s= 4 cm

hₛ =6 cm

34.
a)

h= 4m

w=7m

l=13m

b)

h= 7m

w=4m

l=13m

c)

h= 13m

w=7m

l=4m