Yes, a prism and its net are congruent figures in the sense that the net represents a two-dimensional layout of the prism's faces, and when folded, it will form the three-dimensional shape of the prism. The net includes all the faces of the prism, maintaining the same dimensions and areas. Therefore, while they exist in different dimensions (2D for the net and 3D for the prism), they are congruent in terms of their geometric properties.
rectangular prism
A hexagonal prism.
There are six rectangles, consisting of three pairs of congruent rectangles.
Congruent figures are figures that have the same size and shape.
All congruent figures are similar figures, and have identical sizes.
cone and prism
rectangular prism
A hexagonal prism.
A PRISM is a solid whose side faces are parallelograms and whose ends(or bases ) are congruent parallel rectilinear figures.
The Definition of Congruent Figures (which is a proof) says that if two figures have corresponding sides congruent and corresponding angles congruent, then the figures are to be congruent.
Congruent figures are always similar. However, similar figures are only sometimes congruent.
There are six rectangles, consisting of three pairs of congruent rectangles.
Congruent figures are figures that have the same size and shape.
All congruent figures are similar figures, and have identical sizes.
A prism. A triangular prism has two congruent triangles as bases, rectangular prism, pentagonal prism, etc.
yes there are congruent because of the shape * * * * * Wrong. The faces may me congruent but don't have to be. Think of a brick (a rectangular prism). Its top and side are certainly not congruent. And there is no requirement, in such a prism, for the top and bottom to be congruent either.
A Base. * * * * * What? Every prism, by definition, has two congruent faces which may be called the bases of the prism.