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Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base...

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Chapter 13 Volume
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Page 1: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

Chapter 13

Volume

Page 2: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

h

base (bottom)

h

*base (shape not a rectangle)

B = base area V = Bh

Page 3: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

What is the volume of the prism? Round to the nearest tenth if necessary.

Page 4: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

Find the volume of a rectangular prism with a length of 12 yards, a width of 14 yards, and a height of 9 yards.

Page 5: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

Find the volume of the prism.

Page 6: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

Find the volume of the prism

Page 7: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Prisms

The volume of a triangular prism is 655 cubic feet. The height of the prism is 5 feet. Find the area of one triangular base.

Page 8: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Cylinders

r

h V = πr2h

Page 9: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Cylinders

Find the volume of the cylinder to the nearest tenth.

Page 10: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Cylinders

Find the volume of the cylinder to the nearest tenth.

Page 11: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.1 Volume of Cylinders

Find the volume of the oblique cylinder to the nearest tenth.

Page 12: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Pyramids

2

1

h l V = Bh3

1

Page 13: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Pyramids

Find the volume of the square pyramid.

Page 14: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Pyramids

Find the volume.

Page 15: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Pyramids

Find the volume of the pyramid. Round to the nearest tenth if necessary.

Page 16: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Pyramids

Find the height of a hexagonal pyramid with a base area of 130 square meters and a volume of 650 cubic meters.

Page 17: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Cones

h

r

l V = πr2h3

1

Page 18: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Cones

Find the volume of the oblique cone to the nearest tenth.

Page 19: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Cones

Find the volume of the cone to the nearest tenth.

Page 20: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Cones

Find the volume of the cone. Round to the nearest tenth if necessary.

Page 21: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.2 Volume of Cones

Find the volume of a cone with a diameter of 8.4 meters and a height of 14.6 meters.

Page 22: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Spheres

r V = πr3

3

4

Page 23: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Spheres

Find the volume of the sphere to the nearest tenth.

Page 24: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Spheres

Find the volume a sphere with a great circle circumference of 30 centimeters. Round to the nearest tenth.

Page 25: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Spheres

The stone spheres of Costa Rica were made by forming granodiorite boulders into spheres. One of the stone spheres has a volume of about 36,000 cubic inches. What is the diameter of the stone sphere?

Page 26: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Hemispheres

r

V = ½( πr3)3

4

or

V = πr3

3

2

Page 27: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Hemispheres

Find the volume of the hemisphere with a diameter of 6 feet. Round to the nearest tenth.

Page 28: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.3 Volume of Hemispheres

Find the volume of the hemisphere to the nearest tenth.

Page 29: Chapter 13 Volume. 13.1 Volume of Prisms h base (bottom) h *base (shape not a rectangle) B = base area V = Bh.

13.4 Congruent and Similar Solids


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