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VOLUME

VOLUME. So far, we have learned about length. This is a measure of 1 dimension

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Page 1: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

VOLUME

Page 2: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

So far, we have learned about length. This is a

measure of 1 dimension.

Page 3: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Measuring length can be as simple as measuring a straight

line segment.

5 inches

Page 4: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

When you measure perimeter, you are also measuring length.

5 ft4 ft

3 ft

5 + 4 + 3 = 12 ft

Page 5: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

When you measure circumference, you are also

measuring length.

4 cm4 x 3.14 = 12.56cm

Page 6: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Area is a measure of 2 dimensions:

Length & Width

Page 7: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

You can find the area of any FLAT shape.

5 cm

11 cm

5 x 11 = 55 square cm

Page 8: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

You can even find the area of a circle.

5 cm 5 x 5 x 3.14 =

78.5 sq. cm

Page 9: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume is a measure of 3 dimensions:

LENGTH, WIDTH, & HEIGHT

Page 10: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Imagine starting with a piece of rectangular paper.

3 in

4 in

Page 11: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The area of this rectangle is 12 square inches

3 in

4 in

Page 12: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Now, suppose that we “stacked” another piece of paper on top of this

piece of paper.

3 in

4 in

Page 13: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 14: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 15: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 16: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 17: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Now we have 2 pieces of paper, each with an area of 12. So the

volume is 24.

Page 18: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Let’s add another piece of paper to the stack.

Page 19: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 20: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 21: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 22: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 23: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Page 24: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3 in

4 in

Now we have 3 pieces of paper, each with an area of 12. So the

volume is 36.

Page 25: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

If we had 100 pieces of paper stacked on top of one another,

what would the volume be?

4 in

3 in

100

Page 26: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

4 x 3 x 100 = 1200

4 in

3 in

100

Page 27: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

What are the units for volume?

Page 28: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Now that we are working with

all 3 dimensions, the units are cubes.

Page 29: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

This is 1 cubic inch.1 x 1 x 1

1 in1 in

1 in

Page 30: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

This is 2 cubic inches.2 x 1 x 1

2 in1 in

1 in

Page 31: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

This is 4 cubic inches.2 x 1 x 2

2 in

1 in

2 in

Page 32: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

2 in

2 in

2 in

8 cubic inches 2 x 2 x 2

Page 33: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Calculate the volume of this prism.

5 cm

8 cm6 cm

Page 34: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The volume is 240 cubic cm.6 x 5 x 8

5 cm

8 cm6 cm

Page 35: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Calculate the volume of this prism.

3 cm

12 cm5 cm

Page 36: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The volume is 180 cubic cm.5 x 3 x 12

3 cm

12 cm5 cm

Page 37: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Calculate the volume of this prism.

4 cm

11 cm7 cm

Page 38: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The volume is 308 cubic cm.7 x 4 x 11

4 cm

11 cm7 cm

Page 39: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume can also be described as AREA x Height

Page 40: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Suppose that the area of this rectangle is 12.

4

3

Page 41: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Suppose that this rectangle served as the base of a

rectangular prism.

Page 42: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Suppose that the prism has a height of 2.

2

Page 43: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

2

Page 44: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

2

Page 45: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

If the area (length x width) of the base is 12, and the height is 2…

2

Page 46: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

then the volume should be 24 cubic units.

2

Page 47: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Therefore, if you know the area of the base and the height of the prism, then you can calculate the

volume.

Page 48: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

SUMMARYVolume = Length x Width x Height

orVolume = Area of Base x Height

Page 49: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Practice Time!

Page 50: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

1) Find the volume of the prism.

3 cm

3 cm

8 cm

Page 51: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The volume is 72 cm3.3 x 8 x 3

3 cm

3 cm

8 cm

Page 52: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

2) Find the volume of the prism.

5 in

5 in

12 in

Page 53: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

The volume is 300 in3.12 x 5 x 5

5 in

5 in

12 in

Page 54: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

3) Find the volume of the prism.

2.5 ft

Area = 20 ft2

base

base

Page 55: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume = area x heightVolume = 20 x 2.5 = 50 ft3

2.5 ft

Area = 20 ft2

basebase

Page 56: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

4) Find the volume of the prism.

14 m

Area = 12 m2

basebase

Page 57: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume = area x heightVolume = 12 x 14 = 168 m3

14 m

Area = 12 m2

base

base

Page 58: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

5) Find the volume of the prism.

25 cm

Area = 15 cm2

basebase

Page 59: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume = area x heightVolume = 15 x 25 = 375 cm3

25 cm

Area = 15 cm2

basebase

Page 60: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

6) Find the volume of the cylinder.

10 in

Area = 78.5 in2

base

base

Page 61: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume = area x heightVolume = 78.5 x 10 = 785 in3

10 in

Area = 78.5 in2

base

base

Page 62: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

7) Find the volume of shape.

12 m

Area = 36.2 m2

basebase

Page 63: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Volume = area x heightVolume = 36.2 x 12 = 434.4 m3

12 m

Area = 36.2 m2

basebase

Page 64: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

8) Find the volume of the triangular prism.

10ft15ft

8ft

Page 65: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Area of base = 8 x 10 ÷ 2 = 40 ft2

40 x 15 = 600 ft3

10ft15ft

8ft

Page 66: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

9) Find the volume of the triangular prism.

8m12m

6m

Page 67: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

8m12m

6m

Area of base = 6 x 8 ÷ 2 = 24 ft2

24 x 12 = 288 m3

Page 68: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

10) Find the volume of the triangular prism.

7 cm11 cm

6cm

Page 69: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

7 cm11 cm

6cm

Area of base = 6 x 7 ÷ 2 = 21 ft2

21 x 11 = 231 m3

Page 70: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

11) Find the volume of the cylinder.

6 in

3 in

Page 71: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

Area of base = 3 x 3 x 3.14 = 28.26 in2

28.26 x 6 = 169.56 in3

6 in

3 in

Page 72: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

12) Find the volume of the cylinder.

8 km

5 km

Page 73: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

8 km

5 km

Area of base = 5 x 5 x 3.14 = 78.5 km2

78.5 x 8 = 628 km3

Page 74: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

13) Find the volume of the cylinder.

11 m

8 m

Page 75: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

11 m

8 m

Area of base = 8 x 8 x 3.14 = 200.96 m2

200.96 x 11 = 2210.56 m3

Page 76: VOLUME. So far, we have learned about length. This is a measure of 1 dimension

THE END!