The possible answer, with the dividing plane being perpendicular to the faces are:A triangular prism and a pentagonal prismTwo quadrilateral prismsOne triangular and one hexagonal prismTwo pentagonal prismsOne quadrilateral and one pentagonal prismTwo short hexagonal prisms.The number of possibilities increased greatly if the dividing plane can be oblique.
6 rectangles an 2 hexagon * * * * * A hexagonal prism.
A hexagonal prism has two hexagonal faces and six rectangular faces. To find the total number of diagonals in a hexagonal prism, we need to consider the diagonals within each face and the diagonals connecting vertices of different faces. Each hexagonal face has 9 diagonals, and each rectangular face has 2 diagonals. Therefore, the total number of diagonals in a hexagonal prism is calculated as (9 diagonals * 2 hexagonal faces) + (2 diagonals * 6 rectangular faces) = 18 + 12 = 30 diagonals.
They are faces the polyhedron.
sqare
j
A hexagon and a rectangle.
Two hexagons and six rectangles
hexagonal prism, a cone, and i believe circle or cylinder
The possible answer, with the dividing plane being perpendicular to the faces are:A triangular prism and a pentagonal prismTwo quadrilateral prismsOne triangular and one hexagonal prismTwo pentagonal prismsOne quadrilateral and one pentagonal prismTwo short hexagonal prisms.The number of possibilities increased greatly if the dividing plane can be oblique.
6 rectangles an 2 hexagon * * * * * A hexagonal prism.
look up dodecahedron(regular, probably what you want), decagonal prism, hendecagonalpyramid, hexagonal dipyramid, pentagonal antiprism, or hexagonal deltohedron, just to name a few.
On a football there are two types of polygons - large hexagons and smaller pentagons. The number of polygons it takes to make up the football depends entirely on the size of the ball and the size of the polygons.
They are faces the polyhedron.
A hexagonal prism has two hexagonal faces and six rectangular faces. To find the total number of diagonals in a hexagonal prism, we need to consider the diagonals within each face and the diagonals connecting vertices of different faces. Each hexagonal face has 9 diagonals, and each rectangular face has 2 diagonals. Therefore, the total number of diagonals in a hexagonal prism is calculated as (9 diagonals * 2 hexagonal faces) + (2 diagonals * 6 rectangular faces) = 18 + 12 = 30 diagonals.
They are called faces of the polyhedron.
Four.