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.
Square and Rectangle
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.
Square and Rectangle
Square and Rectangle
rectangle and square
yes consecutive angle of square are equal bcoz every angle of a square is 90...so
Square and Rectangle Apex
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.
No. A square has two pairs of congruent angles!