As all the angles in a square measure 90°, the probability of 2 consecutive angles being congruent is 1.
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There are instances that quadrilateral angles can be consecutive and opposite angles are congruent. The best examples are square and rectangle.
As all the angles in a square measure 90°, the probability of 2 randomly chosen angles being congruent is 1.
If you want to know if they're congruent, its usually a square and a rectangle
A square has 4 congruent sides and 4 right angles, in addition to having all of the properties of a parallelogram. A kite is not a parallelogram. It has two pairs of consecutive congruent sides, and a pair of congruent opposite angles.
No. If you made a parallelogram with congruent sides it wouldn't necessarily have congruent angles. A square has to have congruent angles as well as congruent sides.