Triangular prism. 9 faces, six vertices, and nine edges right?
You cannot since the triangular prism has faces meeting at 60 degrees - all the faces of a cube meet at right angles. You can have small cubes sitting within a triangular prism but they cannot "fit" into it.
An right equilateral triangular prism.
It can, but only if it a right triangular prism one of whose faces exactly matches the face of the square.
If the prism is based on regular decagons and it is a right prism, all 12 faces.
A right triangular prism has two identical faces. Two faces may or may not be identical in an oblique prism, in which the lateral edges are not perpendicular to the bases.
I think the shape is a triangular prism. Am I right?
Triangular prism. 9 faces, six vertices, and nine edges right?
A right triangular prism.
A triangular block prism has four right angles on each of the three faces, so the total 'on all the faces' = 12.
A triangle has 3 edges and 3 vertices. A triangular prism has 9 edges and 6 vertices.
a right prism
The minimum numbers of congruent faces are as follows: On an equilateral triangular prism: one pair of triangles On a right equilateral triangular prism: one pair of triangles and one triplet of rectangles.
You cannot since the triangular prism has faces meeting at 60 degrees - all the faces of a cube meet at right angles. You can have small cubes sitting within a triangular prism but they cannot "fit" into it.
An right equilateral triangular prism.
It can, but only if it a right triangular prism one of whose faces exactly matches the face of the square.
Well if you mean triangular pyramid and triangular prism then: A triangular pyramid is a geometric solid with a base that is a triangle and all other faces are triangles with a common vertex. A triangular prism is a geometric solid with two bases that are congruent (identical), parallel triangles and all other faces are parallelograms. It is referred to as a right triangular prism if the faces are rectangles.