The video tutorial covers the calculation of volumes for prisms and cylinders, starting with the basic formula of base area times height. It includes examples of calculating the volume of rectangular and triangular prisms, as well as cylinders. The tutorial also explains the concept of oblique prisms and cylinders, emphasizing the importance of using the perpendicular height. Finally, it introduces Cavalieri's Principle, which states that solids with the same height and cross-sectional area at every level have the same volume.

What does the capital 'B' in the volume formula represent?

• The volume of the base

• The perimeter of the base

• The area of the base

• The breadth of the base

Tags

CCSS.7.G.B.6

What is the volume of a prism primarily dependent on?

• The area of the base and the height

• The weight of the prism

• The texture of the prism's surface

• The color of the prism

Tags

CCSS.7.G.B.6

How do you calculate the volume of a rectangular prism?

• Length + Width + Height

• Perimeter of the base x Height

• Area of the base x Height

• Length x Width x Height

Tags

CCSS.7.G.B.6

How do you find the area of the base for a rectangular prism?

• Length x Width

• Length + Width

• Length - Width

• Length / Width

Tags

CCSS.7.G.B.6

What is the formula for the area of the base of a cylinder?

• πr

• 2πr

• πr^2

• 2πr^2

Tags

CCSS.7.G.B.4

What is the result of 4.5 squared, used in the cylinder volume calculation?

• 20.25

• 40.5

• 18.0

• 9.0

Tags

CCSS.8.G.C.9

CCSS.HSG.GMD.A.3

What is the correct way to measure the height of an oblique cylinder?

• Vertically from the base

• Any line from top to bottom

• Horizontally across the base

• Along the slanted side

Tags

CCSS.5.MD.C.3A

CCSS.5.MD.C.3B

CCSS.5.MD.C.4

Why is the slanted line not used as the height in oblique cylinders?

• It is always shorter than the real height

• It does not reflect the true height

• It is parallel to the base

• It is too difficult to measure

Tags

CCSS.8.G.C.9

CCSS.HSG.GMD.A.3

According to Cavalieri's Principle, when do two solids have the same volume?

• If they have the same height

• If they have the same weight

• If they have the same material

• If they have the same cross-sectional area at every level

What must be true for two solids to have the same volume according to Cavalieri's Principle?

• They must be the same color

• They must be under the same pressure

• They must be made of the same materials

• They must have the same height and cross-sectional area at every level