Both are quadrilaterals. Both have two pairs of side of equal length. In a kite they are adjacent sides, in a rectangle they are opposite. A kite has one pair of equal angles, all of a rectangle's angles are equal. In a kite, one diagonals bisects the other, in a rectangle both do.
A kite or arrowhead.A kite or arrowhead.A kite or arrowhead.A kite or arrowhead.
No. A rectangle has opposite sides congruent. If consecutive sides are also congruent, then your rectangle is a square.
Could a triangle and a rectangle ever be congruent? explain
No they are not.
Both are quadrilaterals. Both have two pairs of side of equal length. In a kite they are adjacent sides, in a rectangle they are opposite. A kite has one pair of equal angles, all of a rectangle's angles are equal. In a kite, one diagonals bisects the other, in a rectangle both do.
Any regular polygon. Lots of irregular polygons can also have congruent diagonals, for example a kite. The answer should not be "a square" because it is a rectangle - a special case but a rectangle nevertheless.
In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.
A kite or arrowhead.A kite or arrowhead.A kite or arrowhead.A kite or arrowhead.
Not usually. Rectangles don't fly well at all. Several modifications would have to be made to a rectangle (tails, bows, etc.) in order for it to stay aloft as a kite. The necessary changes would make it look a lot like a triangle or diamond shape. A rectangle and a kite are both 4 sided quadrilaterals
No. A rectangle has opposite sides congruent. If consecutive sides are also congruent, then your rectangle is a square.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
No, a rectangle has to have four congruent angles.
Another rectangle congruent means the same siz and shape
Either a square, rectangle, or parallelogram fit this description.
no, a kite can be a rombus
no there are not congruent..........congruent means same in which there not