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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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The ratio of the volumes of two similar solid polyhedra is equal to the square of the ratio between their edges.?

false


The ratio of the volumes of two similar solid polyhedra is equal to the square of the ratio between their edges?

False -apex-


The ratio of the volumes of two similar solid polyhedra is equal to the square root of the ratio between their edges?

false


The ratio of the volumes of two similar solid polyhedra is equal to the square root of the ratio between their edges.?

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.


What does a cube and a square pyramid have in common?

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.


What makes the cuboid and the square based-pyramid similar?

Both are polyhedra with at least one quadrangular face.


What type of polyhedra is the pyramid of Giza?

It is a square based pyramid.


How is a square pyramid and cube alike?

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


How are a rectangular prism and a square pyramid alike?

they are both classified as a polyhedra.


What is the definition of a scale factor?

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 (: .....


How are triangular prism and a square base pyramid alike?

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


Do the ratios of surface area of two similar solids is equal to the square root of the ratio between their corresponding edge length?

Not to the square root, but to the square.