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A pyramid with a base of 10 sides will have 10 vertices along the base. In addition to these base vertices, a pyramid will have one vertex at the apex, where all the triangular faces meet. Therefore, a pyramid with a 10-sided base will have a total of 11 vertices.
There are four vertices in a square-base pyramid. * * * * * Actually. a square based pyramid has four vertices at its base and a fifth vertex where the triangular sides of the pyramid meet. So, 5 vertices in all.
The answer is no. A square pyramid can not have all triangle faces because the base of this particular pyramid would be a square.
All except the base are always triangles; the shape of the base gives the name to the pyramid; eg a pentagonal pyramid has a pentagon as the base and five triangular faces; a triangular pyramid has three triangular faces and also has a triangle for the base.
All cross sections of a square pyramid that are parallel to the base are squares
a pyramid has for faces and a base so all in all 5 faces the four on the outside are triangular and the base is square :)
No. Usually the base is not.
All pyramids have only one base.
The surface area of a pyramid is the area of all the faces of the pyramid, for a pyramid with apex in the centre and a regular polygon as its base, (the bottom of a pyramid is the base, it is regular if all sides are the same length) the surface area is: B + 1/2(P * H) where B is the area of the base, P is the perimeter (area around) the base and H is the height of the pyramid.
It depends on what type of pyramid, if it is a triangular based pyramid then 6 but it all relies on the base realy
The only pyramid with a square base that has equilateral faces, is one where the diagonal of the base is exactly twice as long as the pyramid is high.
It is a pyramid that has a triangle as its base. The pyramids of Egypt are all built on square bases.