Fill young minds with knowledge of volume. Pupils learn the formulas for finding the volume of prisms and cylinders by watching a video. They see several examples where the narrator calculates the volume of given solids.

Circle up the base. Using the formula for the volume of a cylinder, the presenter calculates the volume of a given cylinder. The video shows that the volume formula for a cylinder and the volume formula for a prism arrive at the same...

Build the foundations for an solid understanding of volume. Scholars view a video where a civil engineer describes math used in the profession and then poses a volume of cylinders question. They work in pairs to solve the problem and...

The solid is the same as a prism ... well, almost. The presentation makes connections between finding the volume and surface area of cylinders to prisms. Using the newly derived formulas, the portion of a large geometry playlist...

Turn up the volume in 3-D. The video introduces the concept of volume and the units used to measure it. Using a graphical representation of translating 2-D figures, the resource develops the formulas for finding the volume of prisms and...

The world is full of cylinders — you just have to spot them! A video teaches learners how to calculate the volume of a right cylinder. The instructor introduces and discusses the elements of the formula for the volume of the...

How can you find how much wood one log can produce? Learners first learn how a log can be modeled as a cylinder. They then find out how to calculate the volume of a cylinder.

This QuickTime movie explains how to find the volume of both a cylinder and prism using their formulas. The basic common elements of the formulas are highlighted. As you watch and listen to the teacher and student interact it helps...