Free Printable TEST APPLY VOLUME FORMULAS

1.

Three tennis balls are sold in a cylindrical container as shown. The cylinder has the same diameter as the tennis balls, 5.4 in. The height of the container is equal to the length of three tennis balls arranged in a line. What is the volume of the empty space of the cylinder?

a)

$35.5\pi\ in^3$

b)

$10\pi\ in^3$

c)

$45\pi\ in^3$

d)

$39.3\pi\ in^3$

2.

A cylindrical container has a height of 9 cm and a cap in the form of a semi-sphere with radius 2 cm. Find the total volume of the shape.

a)

$40\pi\ cm^3$

b)

$35.5\pi\ cm^3$

c)

$41.3\pi\ cm^3$

d)

$45.5\pi\ cm^3$

3.

I have a cylindrical container with radius 5 cm and a height of 20 cm. I want to put inside of the container some marbles with radius of 1 cm. How many marbles can I put inside of the container?

a)

500 marbles

b)

1,000 marbles

c)

375 marbles

d)

425 marbles

4.

Find the volume of the composite figure.

a)

$V\ =\ 594\ +\ 114.4\pi\cong\ 953.4\ mm^3$

b)

$V\ =594\ -\ 114.4\pi\ \cong234.6\ mm^3$

c)

$V\ =\ 594\ +\ 445.5\pi\ \cong\ 1,993.6\ mm^3$

d)

$V\ =\ 594\ -\ 445.5\pi\ \cong283\ mm^3$

5.

Find the volume of the composite figure.

a)

$V\ =\ 216\ -\ 8\pi\ \cong190.9\ cm^3$

b)

$V\ =216\ +\ 8\pi\ \cong241.1\ cm^3$

c)

$V\ =216\ +\ 96\pi\ \cong\ 517.6\ cm^3$

d)

$V\ =\ 144\ -24\pi\ \cong68.6\ cm^3$

6.

Which equation would you use to find the volume of this composite figure?

a)

8³ + ⁴/₃π(8)³

b)

8³ + ⁴/₃π(4)³

c)

8³ + (¹/₂)(⁴/₃)π(4)³

7.

Which equation would you use to find the volume of this composite figure?

a)

π(2)²(8) + ⁴/₃π(2)³

b)

π(2)²(4) + ⁴/₃π(2)³

8.

Find the volume of the composite figure.

a)

748 ft³

b)

850 ft³

c)

4950 ft³

d)

698 ft³

9.

Find the volume of the Sphere

a)

$25\pi=78.5\ m^3$

b)

$125\pi=392.5\ m^3$

c)

$166.\overline{6}\ \pi\ =523.6\ m^3$

d)

$20\pi\ =62,8\ cm^3$

10.

Find the Volume if the height is 10 cm and radius 3 cm?

a)

$80\pi\ =250\ cm^3$

b)

$64\pi\ =200\ cm^3$

c)

$90\pi=283\ cm^3$

d)

$85\pi\ =180\ cm^3$

11.

Find the volume to the nearest hundredth using 3.14 instead of Pi.

a)

12.56 ft³

b)

37.68 ft³

c)

18.84 ft³

d)

6.28 ft³

12.

Find the volume of the right cylinder?

a)

$77\pi=241.78\ cm^3$

b)

$3,773\pi\ =11,847.22\ cm^3$

c)

$539\pi\ =1,692.46\ cm^3$

d)

$179.\overline{6}\ \pi\ =564.43\ cm^3$

TEST APPLY VOLUME FORMULAS

Total questions: 12

Worksheet time: 3hrs 0mins

Similar Resources on Wayground