di coo lam !
every parallelogram
Every parallelogram, rhombus, rectangle, and square has.
Every rectangle has. (That includes squares.)
Squares, rectangles, and all parallelograms all fit this description.
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.
every parallelogram
Any polygon with an even number of sides can have opposite sides that are congruent and parallel.
every parallelogram
It would obviously be false
Every parallelogram, rhombus, rectangle, and square has.
Every parallelogram has. (That includes rectangles, squares, and rhombera.)
Every parallelogram. (That includes rhombus, rectangle, and square.)
Every rectangle has. (That includes squares.)
Squares, rectangles, and all parallelograms all fit this description.
Every parallelogram has two pairs of congruent sides.
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.
Opposite sides are congruent in every parallelogram.Adjacent sides are congruent only if the parallelogramhappens to be a rhombus.