A rectangle is a quadrilateral which has two pairs of parallel sides, meeting (in pairs) at right angles. The same applies to a square.
A rhombus is a quadrilateral which has two pairs of parallel sides and all four sides are of equal length. The same applies to a square.
They both have parallel lines and they have only 2 sides that match up. Also a square is a rhombus and a rectangle, so a rhombus can be a rectangle, but a rhombus cannot be a square and either can a rectangle.
If it's a rhombus and not a square. I fail to see the difficulty here. Every square is a rhombus, but not every rhombus is a square.
A rectangle can sometimes be a rhombus, as a square is both a rectangle and a rhombus. However, if all sides are congruent, and it has right angles, it is a square and therefore not a rectangle. So, the answer is no, although it may be argued to be yes. Wikipedia, in fact, mentions that a square is both a rectangle and a rhombus; the definition of rectangle there is a quadrilateral with four right angles, thereby not excluding the special case of a rectangular rhombus, or a square. A rhombus is not normally a square but it could be.
No. Nor is every rectangle a rhombus.
Every square, rectangle, and rhombus is also a parallelogram.
A square a rectangle, rhombus, trapezoid, parallelogram and a kite
'A square is a type of rectangle, a rectangle is a type of paralellogram, a paralellogram is a type of trapezoid, a trapezoid is a type of quadrilateral.
Every parallelogram has. (That includes every rhombus, rectangle, and square.)
No.
Every parallelogram has. That includes every rhombus, rectangle, and square.
An equilateral quadrilateral which would include a square.
Yes