The opposite sides of rectangles are the same length and parallel, and the angles are all right. All four sides of a rhombus must all be the same length and parallel, but the angles need not be right. Squares are both rectangles and rhombuses, but no other figure is both a rectangle and a rhombus. In other words, the union of the set of rhombuses with the set of rectangles is the set of squares.
Squares, parallelograms, rhombuses, and trapezoids are quadrilaterals that are not rectangles.
squares, rectangles, rhombuses
A rectangle is not a rhombus.
Rectangles and Rhombuses (if they are not also a square)
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.
No
No. Rhombuses that are also rectangles are called squares. Rhombuses are parallelograms with 4 equal sides, while rectangles are parallelograms where all the angles are right.
rhombuses
No, rhombi are not rectangles.
No rectangles are rhombuses, so the answer is all rectangles.
The opposite sides of rectangles are the same length and parallel, and the angles are all right. All four sides of a rhombus must all be the same length and parallel, but the angles need not be right. Squares are both rectangles and rhombuses, but no other figure is both a rectangle and a rhombus. In other words, the union of the set of rhombuses with the set of rectangles is the set of squares.
Squares, parallelograms, rhombuses, and trapezoids are quadrilaterals that are not rectangles.
well, there are rectangles, squares, rhombuses,
Are all rectangles parallelograms
squares, rectangles, rhombuses
A rectangle is not a rhombus.