A parellelepiped (pronounced parellel pie ped) is any shape with 6 faces and 12 edges.
A cuboid, also called a rectangular parallelepiped, is a parallelepiped of which all faces are rectangular.
A cube is a cuboid with square faces.
A rhombohedron is a parallelepiped with all rhombic faces.
A trigonal trapezohedron is a rhombohedron with congruent rhombic faces.
http://commons.wikimedia.org/wiki/File:Parallelepipede.png
rectanguler prism
An irregular polyhedron is a solid shape in which either all edges are not the same length, or all faces are not congruent polygons or all [solid] angles are not of the same measure.
A cube satisfies that description.
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.
they connect the shape together It all belongs to one shape
A polyhedron that has 2 congruent faces is a PRISM. To be a prism, all the other sides (not including the 2 that are congruent) have to be 4-sided.
Since a cube's edges and faces are all congruent, it'll have all congruent edges. And since it's a cube, it has 12 edges. Therefore, it has 12 congruent edges.
A Cuba has 6 congruent faces
A cube or a cuboid has 12 edges, 6 faces and 8 vertices.* * * * *or the more general shape: a parallelepiped.A rectangular prism, for one. A cube is a specialized case of this, where all 6 faces are congruent squares.
it is a rectangular prism...
rectangular prism.It has 6 faces and 12 edges. The 2 bases are congruent to each other, and the remaining 4 faces are congruent to each other, but the bases are not necessarily congruent to the other faces.
An irregular polyhedron is a solid shape in which either all edges are not the same length, or all faces are not congruent polygons or all [solid] angles are not of the same measure.
A cube satisfies that description.
Rectangular prism
No unless it is in the shape of a cube
Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.Topographically they are equivalent.They all have six rectangular faces consisting of three congruent and parallel pairs, there are 12 edges consisting of three sets of congruent and parallel quartets. The edges meet, in threes and at right angles, in eight vertices.
A cube has six faces and all are congruent squares.
A cube would fit the given description