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Volume of Prisms and Cylinders Review Lesson

Volume of Prisms and Cylinders Review Lesson

Assessment

Presentation

•

Mathematics

•

9th - 10th Grade

•

Hard

Created by

Joseph Anderson

FREE Resource

6 Slides • 17 Questions

1

Volume of Prisms and Cylinders Review

By Kari Raymond

2

Poll

How are you feeling about finding the volume of prisms and cylinders?

I completely understand! Confidence level = 4

I think I get it! Confidence Level = 3

I am still working on it- must have my notes present.

Confidence Level = 2

I don't understand at all.

Confidence Level = 1

3

Since the Base is a circle we use the Area formula for a circle of A = π​ r2

Multiply it by the height.​

Cylinder V = π r2 h

Find the Base Area by using the appropriate area formula for the shape.

Multiply it by the height.​

Prism V = Bh

Volume Formulas

Some text here about the topic of discussion

4

Review of Area Formulas

Some text here about the topic of discussion

media

5

Multiple Choice

Question image

Find the volume of the rectangular prism.

1

55 yd3

2

121 yd3

3

22 yd3

4

330 yd3

6

Multiple Choice

Question image

Find the volume of the solid shown in the figure. Round to the nearest whole number.

1

7230

2

6621

3

1131

4

907

7

Multiple Choice

Question image
Find the volume of the figure. Round to the nearest tenth.
1
80 cm³
2
40 cm²
3
80 cm2
4
40 cm³

8

Multiple Choice

Question image

Find the Volume of the triangular prism.

V = (base area)(height)

1

960 cm 3

2

240 cm 3

3

1920 cm 3

4

400 cm 3

9

Multiple Choice

Question image
Find the volume of the figure.
1
63 cm³
2
91 cm³
3
819 cm³
4
409.5 cm³

10

Multiple Choice

Question image

Find the volume of the cylinder. Round to the nearest whole number.

1

90 m390\ m^3  

2

1696 m31696\ m^3  

3

565 m3565\ m^3  

4

283 m3283\ m^3  

11

Multiple Choice

Question image
What is the volume of this prism?
1
20720
2
14263.5
3
10360
4
13364

12

Fill in the Blanks

media image

What is the Volume of this prism?

Volume =

Type answer...

in3

13

Fill in the Blanks

media image

Find the volume of the hexagonal prism.

Volume =

Type answer...

ft3

14

Multiple Choice

Question image
Which cylinder will have a larger volume?
1
Cylinder A
2
Cylinder B

15

Multiple Choice

Question image
This trough is filled with water.  If 1 cubic foot holds  7.5 gallons, how much water will fill the trough?
1
21.5 gallons
2
112.5 gallons
3
133 gallons
4
150 gallons

16

Poll

Now.....how are you feeling about finding the volume of prisms and cylinders?

I completely understand! Confidence level = 4

I think I get it! Confidence Level = 3

I am still working on it- must have my notes present.

Confidence Level = 2

I don't understand at all.

Confidence Level = 1

17

Volume of Composite Figures

This type of problem involves finding the volume of the larger solid and subtracting the volume of the smaller solid.

Subject | Subject

Some text here about the topic of discussion

18

media

This type of problem involves finding the volume of the various solids and adding them together.

​Some text here about the topic of discussion.

Volume of Composite Figures

​

19

Multiple Choice

Question image

Find the volume of the composite figure.

1

616 ft3616\ ft^3

2

224 ft3224\ ft^3

3

210 ft3210\ ft^3

4

630 ft3630\ ft^3

20

Multiple Choice

Question image

Find the volume of the composite figure.

1

750 ft3

2

625 ft3

3

93,750 ft3

4

450 ft3

21

media

This type of problem involves finding the volume of the larger solid and subtracting the volume of the smaller solid.

​

​Some text here about the topic of discussion.

Volume of Composite Figures

​

22

Multiple Choice

Question image
Find the volume of the composite solid.
Use 3.14 for pi.
1
188.4 m3
2
753.6 m3

23

Multiple Choice

Question image

Find the volume of the composite figure.

1

V = 1,728 + 12π ≅1,765.7 mm3V\ =\ 1,728\ +\ 12\pi\ \cong1,765.7\ mm^3

2

V = 1,728 − 48π ≅ 1,577.2 mm3V\ =\ 1,728\ -\ 48\pi\ \cong\ 1,577.2\ mm^3

3

V = 1,728 −12π ≅1,690.3 mm3V\ =\ 1,728\ -12\pi\ \cong1,690.3\ mm^3

4

V = 1,728 + 48π ≅1,878.8 mm3V\ =\ 1,728\ +\ 48\pi\ \cong1,878.8\ mm^3

pattern-tertiary
Volume of Prisms and Cylinders Review

By Kari Raymond

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