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A cylinder has two parallel sides, which are the circular bases at the top and bottom. These bases are congruent and parallel to each other, while the curved surface connects them.
A regular pentagon does not have any parallel sides. In contrast, a pentagonal prism has two parallel and congruent bases.
Each and every prism has two parallel congruent bases. It is the shape of these bases that give the name to the prism: a pentagonal prism has pentagons (not necessarily regular) for its bases.
A prism is defined by its two parallel bases that are congruent polygons, and its sides are rectangular faces. The number of cubes that can make up a prism depends on the dimensions of the prism and the size of the cubes. For example, if the prism has a volume that can be evenly divided by the volume of a single cube, then the number of cubes would equal the volume of the prism divided by the volume of one cube. Thus, the exact number can vary based on these factors.
A prism has two identical bases. These bases are parallel and congruent, and they define the shape of the prism. The sides connecting the bases are called lateral faces, which are typically rectangular or polygonal, depending on the shape of the bases.
A cylinder has two parallel sides, which are the circular bases at the top and bottom. These bases are congruent and parallel to each other, while the curved surface connects them.
A regular pentagon does not have any parallel sides. In contrast, a pentagonal prism has two parallel and congruent bases.
Each and every prism has two parallel congruent bases. It is the shape of these bases that give the name to the prism: a pentagonal prism has pentagons (not necessarily regular) for its bases.
A prism is defined by its two parallel bases that are congruent polygons, and its sides are rectangular faces. The number of cubes that can make up a prism depends on the dimensions of the prism and the size of the cubes. For example, if the prism has a volume that can be evenly divided by the volume of a single cube, then the number of cubes would equal the volume of the prism divided by the volume of one cube. Thus, the exact number can vary based on these factors.
A prism has two identical bases. These bases are parallel and congruent, and they define the shape of the prism. The sides connecting the bases are called lateral faces, which are typically rectangular or polygonal, depending on the shape of the bases.
2
O par ell lines and no congruent lines
There are 56 pairs of congruent angles.
the sphere doesn't have a base because it's all round
A prism has two congruent bases that are parallel and identical in shape. The sides connecting these bases, known as lateral faces, are typically rectangular and can vary in number depending on the type of prism. For example, a triangular prism has three rectangular lateral faces, while a rectangular prism has four. Thus, a prism has at least two congruent sides from its bases, but the total number of congruent sides can vary based on the specific type of prism.
hi is is lucy wood
It has 2