Q: Is it true that ratio of the volumes of two similar solid polyhedra is equal to the square of the ratio between their edges?

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faces i geuss * * * * * A pyramid and a prism are two different kinds of polyhedra. There cannot be a pyramid prism just as there cannot be a square triangle!

The statement is true.

area = side x side if the side is halved, then new_area = side/2 x side/2 = side x side / 4 = area / 4 The area becomes a quarter of what is was. With similar objects, The ratio of areas is the square of the ratio of the lengths The ratio of volumes is the cube of the ratio of the lengths.

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No, the ratio of the volumes of two similar solid polyhedra is equal to the cube of the ratio between their edges. The volume of a solid object is proportional to the cube of its linear dimensions, not the square root.

They are polyhedra, each with a square base.They are polyhedra, each with a square base.They are polyhedra, each with a square base.They are polyhedra, each with a square base.

Both are polyhedra with at least one quadrangular face.

It is a square based pyramid.

They are polyhedra. They have [at least] one square face.

they are both classified as a polyhedra.

The ratio of any two corresponding similar geometric figures lengths in two . Note: The ratio of areas of two similar figures is the square of the scale factor. The ratio of volumes of two similar figures is the cube of the scale factor. .... (: hope it helped (: .....

They are both polyhedra. They both have faces that have 3 or 4 edges, and not any other.

Not to the square root, but to the square.