Three or more, as many as the number of sides of the base. Pyramids can have base that are triangles, squares rectangles, or any planar polygon.
pyramids have a triangular base. As a triangle has three sides, the pyramid will have three sides. Although you can get square based pyramids which have four sides. ---------------------------------------------- The Egyptian pyramids are 4 sided not 3 sided.
because the the sides of a based form a face of a pyramid
no... they do not have right angles connected to the sides
They are true pyramids with four sloping sides ending in a point and a square base (the fifth side).
It depends! A pyramid can have any number of faces, in the same way that a shape can be of any size and can have any number of sides. The most basic pyramids usually have 5 faces.Square-based pyramids have 5 faces, and triangular-based pyramids have 4 faces.
A pyramid can have an infinite number of sides other than two. If it has one (or an infinite number of) side(s), it is considered a cone. If it is, for example, a hexagonal pyramid, it will have six sides. A triangle-based pyramid has three sides. A square-based pyramid, commonly the structure used by ancient Egyptians, has four sides. There can be pentagonal pyramids, hexagonal pyramids and so on.
A solid with triangular sides is a "pyramid". (The pyramids in Egypt have four sides and a square base.)
They both have a base and sides. However, the prism has a second base at the top, which the pyramid does not have.
The base is different. A rect. pyramid has a rectangle as a base. Because the sides are different length for a rectangle, the triangles will not all be congruent (equal). A square pyramid has a square as the base. All sides of the square are the same length, so all the triangular sides of the pyramid will be congruent.
No, prisms and pyramids do not have the same number of vertices. A prism has two identical polygonal bases connected by rectangular faces, so it has 2 more vertices than the number of sides in the base polygon. A pyramid has a polygonal base and triangular faces connecting the base to a single vertex, so it has 1 more vertex than the number of sides in the base polygon.
it is agains the rules of that pyramid, or the rules of math of its matter.