no,but all rhombuses are kites
no not all kites are
False. Not that it's never true - squares like to satisfy the conditions of all quadrilaterals at once, so you'll always find an overlap there - but a rhombus does not need to have a right angle.
A kite has two pairs of sides and each pair is made up of adjacent sides that are equal in length. A rhombus has 4 equal sides. So most kites are NOT rhombuses, but if the two pair happen to be equal, then the kite is a rhombus.
Not required. A square is a rhombus, but so are many kites. The rule for a rhombus is that all four sides are equal length. The opposite angles on a rhombus are always equivalent, which I think comes from the hinge theorem, but I haven't looked into that for a while.
no,but all rhombuses are kites
The angles in a square are congruent true or false
no not all kites are
The main difference between a kite and a rhombus is that a rhombus has all equal sides whereas a kite has two pairs of adjacent equal sides. The similarities of them are that both kite and a rhombus are quadrilaterals. Their angles made at the intersection of diagonals are equal to 90°. All rhombuses are kites, but all kites are not rhombuses.
False. Not that it's never true - squares like to satisfy the conditions of all quadrilaterals at once, so you'll always find an overlap there - but a rhombus does not need to have a right angle.
squares, kites and rhombus' all have four sides and the total of all the angles is 360 degrees. hope this helps! loves x
squares rectangles Parallelograms Kites Rhombus a shoe box!
This is false. Every rectangle is a parallelogram, but the converse (your statement) is not true. Imagine the set of all quadrilaterals (4 sided polygons). Within that set would be sets of kites, parallelograms, and other quadrilaterals. Within the parallelogram set, would be rectangles, rhombuses and other parallelograms. Then if a rhombus is also a rectangle, it would be a square, that would be the intersection of the set of rectangles and set of rhombuses. Hope this helps.
Yes. Any rhombus is also a kite (but not the other way around), and since any square is also a rhombus, any square is also a kite.
A kite has two pairs of sides and each pair is made up of adjacent sides that are equal in length. A rhombus has 4 equal sides. So most kites are NOT rhombuses, but if the two pair happen to be equal, then the kite is a rhombus.
A kite is a quadrilateral with two pairs of adjacent sides that are equal in length, while a diamond is a rhombus where all four sides are equal in length. In other words, all diamonds are kites, but not all kites are diamonds.
Not required. A square is a rhombus, but so are many kites. The rule for a rhombus is that all four sides are equal length. The opposite angles on a rhombus are always equivalent, which I think comes from the hinge theorem, but I haven't looked into that for a while.