Free Printable SA & Throwback KAP

1.

What does "P" stand for in the surface area formulas?

a)

Perimeter

b)

Parallel

c)

Perimeter of the Base

d)

Pi

2.

Campbell Soup is creating a new soup label. If a can has a height of 6 in and a diameter of 4 in, how much material does Campbell need for each soup label? Use 3.14 for π.

Is this looking for Lateral or Total surface area?

a)

Lateral

b)

Total

3.

Campbell Soup is creating a new soup label. If a can has a height of 6 in and a diameter of 4 in, how much material does Campbell need for each soup label? Use 3.14 for π.

Which formula can be used to find the surface area of the label?

a)

SA=2πrh+2r²

b)

SA=2πrh

c)

SA=Ph+2B

d)

V=Bh

4.

Campbell Soup is creating a new soup label. If a can has a height of 6 in and a diameter of 4 in, how much material does Campbell need for each soup label? Use 3.14 for π.

What is the surface area of the label?

a)

150.72 in²

b)

100.48 in²

c)

24 in²

d)

75.36 in²

5.

Jesse needs to wrap the present shown below. How much wrapping paper would he need?

Is this asking for Lateral or Total surface area?

a)

Lateral

b)

Total

6.

Jesse needs to wrap the present shown below. How much wrapping paper would he need?

Which formula can be used to find the surface area of the present?

a)

SA=Ph+2B

b)

SA=2πrh+2πr²

c)

SA=Ph

d)

V=Bh

7.

Jesse needs to wrap the present shown below. How much wrapping paper would he need?
How much wrapping paper is needed?

a)

300 in²

b)

558 in²

c)

327 in²

d)

354 in²

8.

Shelby wants to wrap a present in a box for Sarah. The top and bottom of the box is 8 in. by 3 in., the sides are both 3 in. by 2 in. and the front and back are 8 in. by 2 in. How much wrapping paper will Chloe need to wrap the present?

Is this problem asking about Lateral or Total surface area?

a)

Lateral

b)

Total

9.

Shelby wants to wrap a present in a box for Sarah. The top and bottom of the box is 8 in. by 3 in., the sides are both 3 in. by 2 in. and the front and back are 8 in. by 2 in. How much wrapping paper will Chloe need to wrap the present?
Which formula could be used to solve for the amount of wrapping paper needed?

a)

SA=Ph+2B

b)

SA=2πrh+2r²

c)

SA=Ph

d)

V=Bh

10.

Shelby wants to wrap a present in a box for Sarah. The top and bottom of the box is 8 in. by 3 in., the sides are both 3 in. by 2 in. and the front and back are 8 in. by 2 in. How much wrapping paper will Chloe need to wrap the present?
How much wrapping paper is needed?

a)

44 in²

b)

70 in²

c)

48 in²

d)

92 in²

11.

What is the surface area of this figure?

a)

200 cm ²

b)

800 cm ²

c)

400 cm ²

d)

100 cm ²

12.

What is the total surface area of the triangular prism shown?

a)

468 in²

b)

540 in²

c)

576 in²

d)

700 in²

13.

Find the Surface Area

a)

556 cm²

b)

278 cm²

c)

680 cm²

d)

340 cm²

14.

Find the surface area of the rectangular prism.

a)

140 in.²

b)

83 in.²

c)

166 in. ²

d)

100 in.²

15.

In the equation:
Ph + 2B, why are you multiplying by 2?

a)

Just because it's the formula.

b)

It is multiplying B by 2 because there are two bases.

c)

It's just the number 2.

16.

Find the lateral surface area of the figure.

a)

96 ft²

b)

192 ft²

c)

84 ft²

d)

108 ft²

17.

Find the surface area of the figure.

a)

203.67

b)

145.39

c)

207.83

d)

202.52

18.

B stands for ________________

a)

Area of the base

b)

Perimeter of the base

c)

Area of the prism/cylinder

d)

Perimeter of the prism/cylinder

19.

In the equation: Ph + 2B, what does the B stand for?

a)

base

b)

area of base

20.

Find the total surface area of the prism.

a)

161 square feet

b)

1,700 square feet

c)

75 square feet

d)

186 square feet

21.

What is the lateral surface area of the prism?

a)

299 units²

b)

21 units²

c)

320 units²

d)

784.9 units²

22.

A rectangular brick has a length of 5 centimeters, a width of 9 centimeters and a height of 20 centimeters. What is the surface area of the brick?

a)

650 cm²

b)

600 cm²

c)

525 cm²

d)

450 cm²

23.

What is the lateral area of the prism?

a)

299 units²

b)

21 units²

c)

320 units²

d)

784.9 units²

24.

Find the lateral surface area of the following shape:

a)

132

b)

220

c)

64

d)

176

25.

Find the lateral surface area of the following shape:

a)

504

b)

672

c)

840

d)

308

26.

The radius is ___________ of the diameter?

a)

one-fourth

b)

one - half

c)

twice

d)

4 times

27.

What is the surface area formula for a cylinder?

a)

S = 2πrh +2πr²

b)

S = Ph + 2B

c)

S = πrl + πr²

d)

S = ½Pl + B

28.

Find the surface area of the cylinder. (HINT: Make sure you use the RADIUS!)

a)

100.53 square inches

b)

351.86 square inches

c)

251.33 square inches

d)

50.27 square inches

29.

Find the surface area of the cylinder.

a)

471.24 square centimeters

b)

157.08 square centimeters

c)

314.16 square centimeters

d)

296.72 square centimeters

30.

Which of the choices below will not work for finding surface area?

a)

Find the area of each face and add them together.

b)

Find the area of the base and multiply it by 5.

c)

Use this formula:
2B + hP

d)

Find the lateral area and add that to twice the base.

31.

Find the lateral surface area of the cylinder.

a)

471.24 square centimeters

b)

157.08 square centimeters

c)

314.16 square centimeters

d)

296.72 square centimeters

32.

A can peas has a radius of 1 in and a height of 2 in. Find the area of the label of the can in square inches.

a)

6.2 in²

b)

12.6 in²

c)

18.8 in²

d)

24.3 in²

33.

Find the surface area of the cylinder.

a)

100.53 square inches

b)

351.86 square inches

c)

251.33 square inches

d)

50.27 square inches

34.

What is the total surface area of the cylinder to the nearest square inch?

a)

625 in²

b)

1300 in²

c)

1046 in²

d)

414 in²

35.

Find the surface area of a cylinder with a radius of 4 and a height of 3. Use 3.14 for π

a)

175.84 mm²

b)

709.89 mm²

c)

75.36 mm²

d)

100.48 mm²

36.

What is the surface area of this tower? Include the floor and roof.

a)

4592.25 square feet

b)

4241.11 square feet

c)

4418.42 square feet

d)

4945 square feet

37.

find the surface area of the cylinder .

a)

456.33m²

b)

1444.4m²

c)

1245.m²

d)

6666m²

38.

_{^{Find the missing side}}

a)

9

b)

41

c)

6.4

d)

3

39.

a)

7 ft

b)

5 ft

c)

3 ft

d)

2 ft

40.

What is the length of the missing side? *NOTE: side lengths of 10 and 12.

a)

15.6

b)

6.6

c)

44

d)

16

41.

What is the height of the cone?

a)

14 cm

b)

8 cm

c)

12 cm

d)

13.9 cm

42.

if a = 3 feet, b = 8 feet, and c = 6 feet, what is the length of d rounded to the nearest hundredth of a foot?

a)

8.54 feet

b)

10.44 feet

c)

10 feet

d)

4.12 feet

43.

_{^{Find the missing side}}

a)

48

b)

108

c)

83.6

d)

72

44.

Which set of sides would make a right triangle?

a)

4,5,6

b)

8,10,12

c)

5,12,13

d)

5,10,12

45.

Casey travels from her house directly west to the bank and then directly north from the bank to the mall. She then travels home on the road connecting the mall and her house. What is her total distance traveled?

a)

17 miles

b)

32 miles

c)

37 miles

d)

40 miles

46.

a)

9.2 in

b)

11 in

c)

13 in

d)

9.6 in

47.

The Pythagorean Theorem is
a² + b³= c⁴

a)

false

b)

true

48.

you ADD a² and c² then take the square root to find b on a right triangle.

a)

true

b)

false

49.

you ADD a² and b² then take the square root to find c on a right triangle.

a)

true

b)

false

50.

Side a on a right triangle is ALWAYS the longest side.

a)

true

b)

false

51.

What is the opposite of squaring a number?

a)

divide

b)

multiply

c)

fractions

d)

square root

52.

The Pythagorean Theorem ONLY works on which triangle?

a)

obtuse

b)

scalene

c)

isosceles

d)

right

53.

a)

The top of the ladder is 8.9 ft from the ground

b)

The top of the ladder is 9.2 ft from the ground

c)

The top of the ladder is 16.5 ft from the ground

d)

The top o the ladder is 14.4 ft from the ground

54.

A soccer field is a rectangle 90 meters wide and 120 meters long. The coach asks players to run from one corner to the corner diagonally across. What is this distance?

a)

210 m

b)

180 m

c)

150 m

d)

79 m

55.

Which set of side lengths does not form a right triangle?

a)

38, 80, 90

b)

16, 63, 65

c)

36, 77, 85

d)

14, 15, 29

56.

Find the length of the missing side.

a)

25 cm

b)

42 cm

c)

52 cm

d)

48 cm

57.

_{^{Find the missing side}}

a)

√29.2

b)

√400

c)

√20

d)

√10

58.

Solve for f:
f - 4 = 6f + 26

a)

f = -5

b)

f = 5

c)

f = 6

d)

f = -6

59.

Solve for x:
5x - 14 = 8x + 4

a)

x = 6

b)

x = -6

c)

x = -18/13

d)

x = 10/3

60.

Solve for x:
5x - 14 = 8x + 4

a)

x = 6

b)

x = -6

c)

x = -18/13

d)

x = 10/3

61.

Solve the equation:
7x - 4 = 3 + 8x

a)

x = 7

b)

x = -7

c)

x = 2/7

d)

x = 11

62.

Solve the equation
4x - 5x + 9 =5x - 9

a)

x = -3

b)

x = 9

c)

x = 3

d)

x = -9

63.

14p - 8 = 22 + 20p

a)

-5

b)

5

c)

30

d)

-30

64.

The goal of solving a one, two, or multi-step equations is to:

a)

Find the constant

b)

Find the coefficient

c)

Find the value of the variable

d)

Be confused

65.

2x = x + 3

a)

6

b)

3

c)

2

d)

x

66.

7x = 3x + 24

a)

6

b)

10

c)

14

d)

4

67.

30 + 6t = 11t

a)

3

b)

5

c)

6

d)

30

68.

5 - 2t = 3t

a)

1

b)

5

c)

3

d)

2

69.

6z = 49 - z

a)

49

b)

-7

c)

6

d)

7

70.

n - 1 = -11

a)

5

b)

10

c)

-10

d)

-11

71.

a)

x = 1

b)

x = 2

c)

x = 1/2

d)

x = 3/2

72.

Solve for a:

9+2a = -3-4a

a)

a=5

b)

a= -1

c)

a= -2

d)

a=2

73.