Four sides ⇒ it is a tetrahedron.
More commonly, it is called a triangular pyramid.
A triangular pyramid is one with a triangle shaped base and triangular sides (4 sides, all of them identical), therefore it would only have 6 edges and 4 vertices There are eight edges in a triangular pyramid, and there are five vertices on a triangular pyramid. Edges are the places where two flat surfaces meet. Vertices are the places where three or more flat surfaces meet. * * * * * The sides of a triangular pyramid need not be identical.
5 sides 9 edges and 6 vertices
This describes a square pyramid. It has a square for a base, and four triangular sides that meet at the "top" or upper vertex. It will then have 5 faces, which will be the 4 triangular sides and the square base. It will also have 8 edges and 8 vertices. Use the link below to see a drawing and you can count all the faces, edges and vertices.
Oh, dude, let me break it down for you. So, a triangular-based pyramid has 4 faces, 6 edges, and 4 vertices. It's like a fancy 3D shape with all these sides and points, but hey, who's counting, right?
The answer depends on the shape.
6 vertices, 2 triangular faces, 3 rectangular sides, 9 edges
The triangular prism from high school science class used to demonstrate the refraction of light has 9 edges, 5 sides and 6 vertices.
5 faces (sides) 9 edges 6 vertices
Sure! The tetrahedron is a geometric shape with four triangular faces, four vertices, and six edges.
A triangular prism. 5 faces: 2 triangular ends and 3 rectangular sides 6 vertices: 3 around each end 9 edges: 3 around each end plus 3 joining the vertices of one end to their pair at the other end.
A Square has 4 sides and 4 vertices.
You don't get any sides on 3D shapes. However, here are the features of both shapes: Square based pyramid: 5 faces, 5 vertices, 8 edges Triangular prism: 5 faces, 6 vertices, 9 edges. Then again, it depends on what type of base the pyramid in question has.