It's called a Hexagonal Prism.
the answer is hexagonal prism
A hexagonal prism has 2 hexagon faces and a hexagonal pyramid has 1 hexagonal face.
A hexagonal prism has 2 hexagon faces and a hexagonal pyramid has 1 hexagonal face.
Both have at least one hexagonal face (base) ?
They are both polyhedra. Both have at least one hexagonal face. A 6-pyramid has only one hexagonal face, a 6-prism has 2. A 6-pyramid has only 7 face, a 6-prism has 8. A 6-pyramid has only 12 edges face, a 6-prism has 18. A 6-pyramid has only 7 vertices, a 6-prism has 12.
A hexagonal prism has 12 diagonals on the top hexagonal face and 12 diagonals on the bottom hexagonal face, totaling 24 diagonals in the two hexagonal bases. Additionally, there are 6 vertical diagonals connecting the corresponding vertices of the top and bottom faces. Therefore, the total number of diagonals in a hexagonal prism is 30.
A hexagonal prism has 12 edges: 6 edges on the top hexagonal face, 6 corresponding edges on the bottom hexagonal face, and 6 vertical edges connecting the two hexagons. Among these, there are no parallel edges within the same face, but each edge on the top face is parallel to its corresponding edge on the bottom face. Therefore, there are 6 pairs of parallel edges in a hexagonal prism.
No, a hexagonal prism does not have the same number of vertices as a hexagonal-based pyramid. A hexagonal prism has 12 vertices, with 6 on the top face and 6 on the bottom face. In contrast, a hexagonal pyramid has 7 vertices: 6 at the base and 1 at the apex. Thus, the two shapes differ in their vertex counts.
A hexagonal prism has eight faces, but a two dimensional hexagon has one face
pentagonal prism
A hexagonal prism.
A hexagonal prism.