The quadrilateral that meets these criteria is a parallelogram: both pairs of opposite sides are parallel. This implies that opposite sides are of equal length, opposite angles are equal, and the diagonals bisect each other. A general term including square, rectangle, rhombus and rhomboid.
The diagonals of an isosceles trapezoid are equal in lengths but are not perpendicular to each other at right angles.
Rectangle: A quadrilateral with 4 right angles, diagonals congruent/bisecting, and opposite sides congruent, BUT ADJACENT SIDES ARE NOT CONGRUENT. Rhobus: A quadrilateral with opposite congruent angles, but adjacent angles are Not congruent, perpendicular bisecting diagonals and 4 congruent sides. Square: A quadrilateral that is a rectangle and a square with 4 right angles, diagonals congruet/bisecting that ar perpendicular, and opposites sides congruent.
1. Opposite angles congruent 2. All sides are congruent 3. The diagonals are perpendicular bisectors of each other 4. Diagonals bisect the angles NOTE: Four congruent right triangles are formed with the right angles It has all of the properties of a parallelogram and a kite
The quadrilateral that must have diagonals that are congruent and perpendicular is the square. This is because its diagonals form a right angle at its center.
Yes the perpendicular diagonals intersect at right angles or 90 degrees
It is a square because its diagonals are equal in length and they bisect each other at right angles which is 90 degrees The diagonals of a rhombus are not equal in length but they meet at right angles.
No but the diagonals of a square intersect at right angles
It is a rhombus whose diagonals are perpendicular and meeting each other at right angles.
4 right angles, sides congruent, diagonals congruent
No. If the diagonals of a parallelogram are congruent then it must be a rectangle (or square).
No but its diagonals are perpendicular
A rhombus is a type of a parallelogram and its diagonals are perpendicular which means that they intersect each other at right angles.