A kites opposite sides are always congruent
When a figures opposite sides are not the same.
A 3D object that has all of it's sides slanted inwards; opposite of convex.
It is not possible for a quadrilateral in Euclidean plane geometry to have no equal angles and still have its opposite sides parallel.It's possible for a quadrilateral to have no equal angles and two of its sides parallel (opposite ones, obviously; adjacent sides can't possibly be parallel). That would be a trapezoid.
They are angles formed when two straight lines intersect: they are on opposite sides of the point of intersection.
opposite the smaller sides are equal and opposite the bigger sides are equal.
A kites opposite sides are always congruent
Yes. By definition, opposite sides are equal (i.e. same length) and parallel.
A quadrilateral with opposite sides equal and parallel
When a figures opposite sides are not the same.
A 3D object that has all of it's sides slanted inwards; opposite of convex.
Opposite vertices are two vertices of any polygon with an even number of sides that have the same number of sides between them.
A 4 sided figure in which opposite sides are parallel.
It is not possible for a quadrilateral in Euclidean plane geometry to have no equal angles and still have its opposite sides parallel.It's possible for a quadrilateral to have no equal angles and two of its sides parallel (opposite ones, obviously; adjacent sides can't possibly be parallel). That would be a trapezoid.
In geometry, a kite, or deltoid is a quadrilateral with two disjoint pairs of congruent adjacent sides, in contrast to a parallelogram, where the congruent sides are opposite.
The Isosceles Triangle Theorem:If two sides of a triangle are congruent, then the angles opposite the sides are congruent.The Converse of Isosceles Triangle Theorem:If two angles of a triangle are congruent, then the sides opposite those angles are congruent.
They are angles formed when two straight lines intersect: they are on opposite sides of the point of intersection.