A hexahedron can have 5 to 8 vertices.
A hexahedron can have 5 to 8 vertices.
6 faces 8 vertices 12 edges
A hexahedron can have 5 to 8 vertices.
A hexahedron can have 5 to 8 vertices.
8 vertices, 12 edges.
A Cube (Hexahedron) has:* 6 Faces * 12 Edges * 8 Vertices
A hexahedron MUST have six faces since that is what the name means. It can have 5 vertices (triangular dipyramid), 6 vertices (pentagonal pyramid), 8 vertices (parallelepiped and similar)
A hexahedron is a three-dimensional figure with six identical faces - in other words, a cube. So a hexahedron is not made up of hexagons at all, but of squares. However, if you were to balance a cube on one of the vertices, the horizontal plane cutting the cube in half would make a cut in the shape of a regular hexagon. Four such regular hexagons can be found in the cube.
The answer depends on how many of the 5 to 8 vertices of the hexagon are truncated.
A hexahedron has six faces (F). It can have 9 to 12 edges (E). The number of vertices, V, is determined by the Euler characteristic, which gives V = E + 2 - F or V = E - 4
12 vertices
There is no such thing as a polyhedon hexagon.A regular hexagon will tessellate and so it forms a plane (2-D) surface, not a 3-D shape. A 3-D shape with six faces is a hexahedron and this could be a triangular bipyramid with 5 vertices, a parallelepiped with 8 vertices, a pentagonal pyramid with six vertices. There are also other possible shapes.