Search Header Logo
  1. Resource Library
  2. Math
  3. Geometry
  4. ...
  5. Volume Of Prisms & Cylinders
Volume of Prisms & Cylinders

Volume of Prisms & Cylinders

Assessment

Presentation

•

Mathematics

•

9th - 12th Grade

•

Easy

•
CCSS
8.G.C.9, 7.G.B.6, 5.MD.C.5B

+7

Standards-aligned

Created by

Deb Scott

Used 20+ times

FREE Resource

5 Slides • 19 Questions

1

Volume of Prisms & Cylinders

By Deb Scott

2

media

3

media

4

media

5

media

6

Multiple Choice

Calculate the volume of a cube with side lengths of 4 inches.

1

64 in3

2

12 in3

3

16 in3

7

Multiple Choice

Question image

Find the volume of the figure:

1

376.8 cm cubed

2

3,014.4 cm cubed

3

4,011.7 cm cubed

4

3625.5 cm. cubed

8

Multiple Choice

Question image

Find the volume of the figure. Round to the nearest tenth.

1

128.6 units³

2

1,286.1 units³

3

401.9 units³

4

5,144.6 units³

9

Multiple Choice

Question image

What is the volume of this prism?

1

16 cubic cm

2

36 cubic cm

3

144 cubic cm

10

Multiple Choice

Question image

Find the volume of the cylinder. Round your answers to the nearest tenth if necessary. Use 3.14 for π.

1

124.6 in3

2

87.9 in3

3

97.5 in3

4

78.9 in3

11

Multiple Choice

Question image

Calculate the volume:

1

1120 ft 3

2

600 ft 3

3

560 ft 3

4

64 ft 3

12

Multiple Choice

The volume formulas of a cylinder and prism are the SAME.

1

True

2

False

13

Multiple Choice

The volume formula of a prism is...

1

V = 2Bh

2

V = ½Bh

3

V = Bh

4

V = Bh²

14

Multiple Select

Question image

Sheila believes that the two cylinders shown in the diagram below have equal volumes. Is Sheila correct or incorrect? Select ALL that apply.

1

Sheila is incorrect. The volumes of both cylinders are not equal.

2

Sheila is incorrect. One of the cylinders is tilted.

3

Sheila is correct. When two cylinders have the same base areas and the same height, their volumes must be the same.

4

Sheila is correct. Both cylinders radii and height are equal, so their volumes are the same.

5

Sheila is correct. Using Cavalieri’s Principle and the formula v=Bhv=Bh or v=πr2hv=\pi r^2h proves the volumes of the cylinders are equal.

15

Fill in the Blanks

media image

Find the Volume

Type answer...

16

Multiple Choice

Question image

Find the area of the prism

1

648cm3

2

324cm3

3

756cm3

4

576cm3

17

Multiple Choice

Question image

Find the volume of the prism

1

432cm3

2

576cm3

3

216cm3

4

720cm3

18

Multiple Choice

What is volume?

1

The distance around a 2-D shape.

2

The sum of all the areas of all the shapes that cover the surface of the object.

3

The amount of space, measured in cubic units, that an object occupies.

4

The distance around a circle.

19

Multiple Choice

Which real-world situation best represents an example of volume?

1

The amount of soup in a can.

2

The amount of cardboard it takes to make an Fed Ex box.

3

A fence that encompasses a circular garden.

4

A rectangular rug that covers the floor.

20

Multiple Choice

Which unit would you use to label the answer to a volume question?

1

inches2inches^2

2

meters3meters^3

3

centimeterscentimeters

4

π\pi

21

Multiple Choice

What does the capital B in the formula V=Bh, stand for?

1

area of the base

2

the area of a rectangle

3

the length of the bottom of the 3-D figure

4

the area of a triangle

22

Multiple Choice

Question image

What shape is the base of this figure?

1

rectangle

2

triangle

3

square

4

circle

23

Multiple Choice

Question image

Which cylinder has a larger volume?

1

Container A

2

Container B

3

The volume of the cylinders are the same.

24

Multiple Choice

Which formula is used to find the volume of a cylinder?

1

lwhlwh

2

2πr2\pi r

3

πr2\pi r^2

4

πr2h\pi r^2h

pattern-tertiary
Volume of Prisms & Cylinders

By Deb Scott

Show answer

Auto Play

Slide 1 / 24

SLIDE