A hexagonal pyramid has a hexagonal base and six triangles that are connected to the sides of the hexagon.
A hexagon based pyramid.
4 faces becauseA hexagon is a plane figure. It has six sides but nofaces* * * * *A pyramid with a hexagonal base has 7 faces.
A hexagon-based pyramid has 7 vertices, 12 edges, and 7 faces. The base, which is a hexagon, contributes 6 edges and 6 vertices, while the apex of the pyramid adds 1 additional vertex and 6 more edges connecting the apex to each vertex of the hexagon. The faces consist of the hexagonal base and 6 triangular faces that connect the apex to each side of the hexagon.
6
Since each triangular face will have a base at an edge of the hexagon base, there will be 6 triangular faces and 1 hexagon at the base. Each triangle will have an edge at the base that it shares with the hexagon. Each triangle will have two other edges that it shares with the two adjacent triangles. We can thus get the number of edges by counting the number of triangles and then add the number of base edges - 6 + 6 = 12.
A hexagon based pyramid.
6 faces , including 5 triangles and one hexagon . :)
A hexagonal pyramid.
A hexagonal pyramid because 6=hexagon and if a pyramid has a hexagon on the bottom and triangles on the sides with a point on the top. THERE IS YOUR ANSWER!! IYANA THOMAS SABAL PALM ELEMENTRY
A hexagonal pyramid is a hexagon that has 6 flat faces converging to one point. A hexagonal prism is a hexagon that has 6 flat faces connecting it to another hexagon.
4 faces becauseA hexagon is a plane figure. It has six sides but nofaces* * * * *A pyramid with a hexagonal base has 7 faces.
pyramid
A hexagon-based pyramid has 7 vertices, 12 edges, and 7 faces. The base, which is a hexagon, contributes 6 edges and 6 vertices, while the apex of the pyramid adds 1 additional vertex and 6 more edges connecting the apex to each vertex of the hexagon. The faces consist of the hexagonal base and 6 triangular faces that connect the apex to each side of the hexagon.
6
A hexagonal pyramid has 6 triangular faces that meet at a point. It has 6 triangles and 1 hexagonal base.
Since each triangular face will have a base at an edge of the hexagon base, there will be 6 triangular faces and 1 hexagon at the base. Each triangle will have an edge at the base that it shares with the hexagon. Each triangle will have two other edges that it shares with the two adjacent triangles. We can thus get the number of edges by counting the number of triangles and then add the number of base edges - 6 + 6 = 12.
An hexagonal based pyramid would fit the given description