Best Answer

Three.

A triangular dipyramid (two triangular pyramids stuck together),

A quadrilateral based pyramid

A triangle base with two apices (apexes) above the base.

I don't think there are any more.

Three.

A triangular dipyramid (two triangular pyramids stuck together),

A quadrilateral based pyramid

A triangle base with two apices (apexes) above the base.

I don't think there are any more.

Three.

A triangular dipyramid (two triangular pyramids stuck together),

A quadrilateral based pyramid

A triangle base with two apices (apexes) above the base.

I don't think there are any more.

Three.

A triangular dipyramid (two triangular pyramids stuck together),

A quadrilateral based pyramid

A triangle base with two apices (apexes) above the base.

I don't think there are any more.

More answers

Three.

A triangular dipyramid (two triangular pyramids stuck together),

A quadrilateral based pyramid

A triangle base with two apices (apexes) above the base.

I don't think there are any more.

Q: How many number of solids have five corners?

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Eight edges and five corners

five

A pentagon has five corners, or vertices. There is no such thing as a "vertical corner."

An octagon has the same number of corners as sides. So, an octagon which has 8 sides has 8 corners.

Five

Related questions

Eight edges and five corners

five

A pentagon has five corners, or vertices. There is no such thing as a "vertical corner."

A pyramid with a rectangular (square) base has:Eight edges,Five vertexes (corners)Five faces

5*2=10 corners in total

It would depend upon how many corners ides each pyramid has in its base and would be the sum of the number of corners in each of the pyramids. The number of corners in one pyramid is the number of corners in the shape of its base plus one.

The number of square corners in a circle is infinite because it has no definite angle.

Five corners in a square prism

Five

If you count all the corners (vertices), That is five!

An octagon has the same number of corners as sides. So, an octagon which has 8 sides has 8 corners.

The name most mathematicians use for the corners is vertices. An icosahedron is a 20 sided polyhedron. It is one of a group of special solids known as platonic solids. So, the icosahedron has 20 faces and 12 vertices or "corners" as you call them. It has 30 edges. There is an interesting formula that relates the number of edges, vertices and faces. V+F-2=E where V is the number of vertices, F the number of faces, and E the number of edges. In the case of the icosahedron we have 12+20-2=12+18=30 just as we expected. The nice thing about the formula is if you know two of these things, you can always find the third!