A hexagonal prism.
A prism??? O.o sounds like it to me anyway...
An object with 2 congruent pentagons at opposite ends connected with 5 rectangles is a pentagonal prism.
Each end of the prism will have a parallel 6 sided hexagon joined together by 6 rectangles.
1 hexagonal prism = 8 faces (2 hexagons, 6 rectangles), 18 edges, 12 vertices.
There is no 3D shape with 6 faces: 4 rectangles and 2 triangles. See the link for all forms of hexahedra.
rectangular prism
A hexagonal prism.
SQUARE
6 rectangles an 2 hexagon * * * * * A hexagonal prism.
A hexagonal prism is formed by two-dimensional shapes that are hexagons and rectangles. The two hexagons serve as the top and bottom faces of the prism, while the rectangles connect the corresponding sides of the hexagons, forming the lateral faces. This combination creates a three-dimensional shape with a uniform hexagonal cross-section.
2 hexagons, 6 squares or rectangles
how about 2 hexagons connected with 6 rectangles
Two rectangles are congruent if they have the same dimensions, meaning their lengths and widths are equal. This implies that they can be superimposed on one another without any gaps or overlaps. If the dimensions differ, the rectangles are not congruent, even if they have the same area.
A pentagonal prism.
A prism??? O.o sounds like it to me anyway...
The solid figure that has two congruent polygons as bases and lateral faces that are rectangles is called a prism. Specifically, if the bases are triangles, it is known as a triangular prism; if the bases are rectangles, it is a rectangular prism. The lateral faces connect the corresponding edges of the two bases, forming a three-dimensional shape.
The shape with 6 faces, 12 edges, and 2 different sets of congruent faces is a rectangular prism, also known as a cuboid. In a rectangular prism, opposite faces are congruent, and there are three pairs of such faces. This means it has two sets of congruent rectangles for its faces, while the total number of edges remains at 12.