Squares and rhombuses (rhombi?)
Yes, all squares are rhombi (aka rhombuses), but all rhombi are not squares.
You've already given the answer in your question because a square, a rectangle and a rhombus are all classed as 4 sided quadrilaterals.
No, a quadrilateral isn't always a trapezoid. One way to consider it is that all trapezoids are quadrilaterals (four-sided shapes), but not all quadrilaterals are trapezoids. Some quadrilaterals are concave quadrilaterals, some are scalene convex quadrilaterals (called trapezoids in the UK), some would be trapezoids, and some would be parallelograms (rectangles, squares, rhomboids, rhombi). If parallelograms are considered a special case of trapezoids, then trapezoids would include all non-scalene convex quadrilaterals, which is a highly inclusive definition.
Quadrilaterals with two sets of parallel sides are parallelograms. Parallograms include squares, rectangles, and rhombi (rhombuses).
No.
Squares and rhombuses (rhombi?)
Squares and rhombi
They are a square, a rhombus and a kite.
Parallelograms, rectangles, rhombi and squares are all quadrilaterals whose opposite sides are parallel.
First of all the plural of 'Rhombus' is 'Rhombi'. Rhombi do NOT have 90 degree angles , so they are NOT RECTANGLES. However, they are QUADRILATERALS.
Yes, all squares are rhombi (aka rhombuses), but all rhombi are not squares.
umm, obviously?! diamonds, rhombi(plural for rhombus), rectangles, kites
Squares, rectangles, rhombi, kites and arrowheads do. Other parallelograms and general quadrilaterals do not.
Yes, all rhombi are parallelograms. If you understand the concept "parallelogram" then you will know that rhombi
You must be talking about a rhombus.In a rhombus, all four sides are congruent, opposite angles are congruent, and opposing sides are parallel. Rectangles, squares, and kites must be rhombi, and rhombi must be parallelograms, quadrilaterals, and polygons.
You've already given the answer in your question because a square, a rectangle and a rhombus are all classed as 4 sided quadrilaterals.