No. They cannot equal 180 degrees unless the kite is square.
The kite shape (aka deltoid) is a special case: a bisymmetrical trapezoid with one pair of angles (the sides) equal, and the others not equal (top, bottom). There are two pairs of adjacent equilateral sides.
Yes. The opposite angles of a kite can be supplementary if the kite is, more specifically, a square. (90° + 90° = 180°)
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.
Are opposite angles. There is nothing in the question that would require them to be equal or supplementary or anything.
Allied (or co-interior) angles are supplementary. Vertically opposite angles are always equal.
Yes.
Yes. The opposite angles of a kite can be supplementary if the kite is, more specifically, a square. (90° + 90° = 180°)
no * * * * * But they can be.
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.
no
No, it does not.
No. The adjacent angles are supplementary.
No No, they are comp
No, they are equal. Adjacent angles are supplementary in a prallelogram.
No, they are generally not supplementary.
Yes, adjacent angles are supplementary; however, opposite angles are not.
No. A kite has four angles so that makes 2 pairs of opposite angles.
Yes, the opposite sides of a parallelogram are equal in length, but they are not supplementary. Supplementary angles refer to two angles whose measures add up to 180 degrees. In a parallelogram, consecutive angles are supplementary, meaning each pair of adjacent angles sums to 180 degrees, while opposite angles are equal but not supplementary.