Trapezoids & Kites

• Opposite Sides that are Parallel

• Opposite Sides that are Congruent

• Opposite Angles that are Congruent

• Consecutive Angles that are Supplementary

• Diagonals that bisect each other

• Opposite Sides that are Parallel

• Opposite Sides that are Congruent

• Opposite Angles that are Congruent

• Consecutive Angles that are Supplementary

• Diagonals that bisect each other

• Opposite Sides that are Parallel

• Opposite Sides that are Congruent

• Opposite Angles that are Congruent

• Consecutive Angles that are Supplementary

• Diagonals that bisect each other

​All four angles are right angles Diagonals are congruent

​Plus:

• Opposite Sides that are Parallel

• Opposite Sides that are Congruent

• Opposite Angles that are Congruent

• Consecutive Angles that are Supplementary

• Diagonals that bisect each other

​All four sides are congruent
Diagonals are perpendicular
Diagonals bisect opposite angles

​Plus:

• Opposite Sides that are Parallel

• Opposite Sides that are Congruent

• Opposite Angles that are Congruent

• Consecutive Angles that are Supplementary

• Diagonals that bisect each other

Four congruent sides​
Four right angles
Diagonals are perpendicular
Diagonals bisect opposite angles

​Plus:

A kite is a quadrilateral with two pairs of consecutive sides congruent and no opposite sides congruent.

In geometry, "vertical angles" refer to the angle formed by two lines that meet at a common point, called the vertex; essentially, it's the angle associated with a specific vertex where two sides of a shape intersect.

In geometry, "vertical angles" refer to the angle formed by two lines that meet at a common point, called the vertex; essentially, it's the angle associated with a specific vertex where two sides of a shape intersect.

In geometry, "non-vertical angles" refer to the angles in a kite that are NOT located between two pairs of congruent sides, essentially the angles that are opposite the vertex angles, which are always congruent to each other in a kite.