yes rectangles are congruent.
A hexagonal prism.
rectangular prism
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, into infinitely many sets of congruent rectangles. In fact, all plane shapes - including totally random ones - can be divided into sets of congruent shapes.
A hexagonal prism.
yes rectangles are congruent.
A hexagonal prism.
rectangular prism
6 shapes. There are the 4 long rectangles and 2 squares or smaller rectangles.
No, only those rectangles that are squares have four congruent sides.
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, into infinitely many sets of congruent rectangles. In fact, all plane shapes - including totally random ones - can be divided into sets of congruent shapes.
No, rectangles do not have congruent sides. Squares have congruent sides.
if the sides of two rectangles are equal then they r congrunt
They make two congruent rectangles, not to rectangles! This is because the line joining the midpoints of opposite sides are lines of [reflective] symmetry.
Rectangles