A square.
yes it can it actually has 2 pairs of consecutife sides that are congruent
Not unless it's a square.
In an isosceles trapezoid, the non-parallel sides (the legs) are congruent, but the consecutive sides (one leg and one base) are not necessarily congruent. The two bases (the parallel sides) are also not equal unless the trapezoid is a rectangle. Thus, while the legs of an isosceles trapezoid are congruent, the consecutive sides are not.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
No. A rectangle has opposite sides congruent. If consecutive sides are also congruent, then your rectangle is a square.
A square.
yes it can it actually has 2 pairs of consecutife sides that are congruent
Not unless it's a square.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
No, rectangles do not have congruent sides. Squares have congruent sides.
No, a rectangle has to have four congruent angles.
yes, all angles of a rectangle are 90 degrees and therefore congruent
Either a square, rectangle, or parallelogram fit this description.
"Square. Congruent means "the same". A rectangle with 4 sides that are the same is a square." Plus, it is not a rectangle. It is a polygon. The question should have been stated: What is a polygon with congruent sides?
Square and Rectangle
2 pairs of consecutive congruent sides