Yes. A very "flat" kite.
Yes, they can. An example of this is when a kite's opposite angles are both 90°. (90° + 90° = 180°) In the example, the kite is more specifically a square, but because of the Quadrilateral Hierarchy Theorem, this is possible.
A kite can have 1, 2 or 3 acute angles.
A rhombus is never a kite.A rhombus is a parallelogram with all its sides equal in length. Opposite angles are therefore equal and the rhombus is symmetrical about each of its diagonals.A kite is a quadrilateral having two pairs of adjacent sides equal in length. Only one pair of opposite angles is equal and the kite is symmetrical about the line that bisects the unequal opposite angles. A kite does not have any parallel sides.
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.
Congruent means exactly the same in size and angles. Only the two side angles are equal for a kite that is not a square.
No. A kite has four angles so that makes 2 pairs of opposite angles.
Yes. The opposite angles of a kite can be supplementary if the kite is, more specifically, a square. (90° + 90° = 180°)
Kite is a quadrilateral in which 2 pairs of opposite angles are equal .
no * * * * * But they can be.
The top and bottom of a kite will never be equal (unless it is a square)but the left and right angles of the kite will be.
Yes. A very "flat" kite.
It depends on the kite but on most they are
Yes.
One pair of opposite angles are equal in a kite and its 4 interior angles add up to 360 degrees.
Yes, they can. An example of this is when a kite's opposite angles are both 90°. (90° + 90° = 180°) In the example, the kite is more specifically a square, but because of the Quadrilateral Hierarchy Theorem, this is possible.
It has one pair.