This depends on if the question is asking for each pair of opposite rectangles must be congruent, then it is a rectangular prism.If all of the rectangles are congruent, then it must be a Cube. A square is a special case of a rectangle, and all 6 sides being squares makes a cube and they are all congruent.
Yes.
A cuboid.A cuboid.A cuboid.A cuboid.
A cube has all of those things.
A cuboid.
A hexahedron, or cube.
A rectangular cuboid would fit the given description
Yes it does.
A rectangular prism has 3 pairs of congruent faces
This depends on if the question is asking for each pair of opposite rectangles must be congruent, then it is a rectangular prism.If all of the rectangles are congruent, then it must be a Cube. A square is a special case of a rectangle, and all 6 sides being squares makes a cube and they are all congruent.
A prism??? O.o sounds like it to me anyway...
A cube has 3 pairs of congruent rectangle because it is made up of six squares ( squares are special types of rectangles, where all sides are equal ). However, not every rectangle is a square.
Yes.
A cuboid.A cuboid.A cuboid.A cuboid.
A triangular prism. :)
A cube has all of those things.
A cuboid.