All sides of a rhombus are the same length. Of the other parallelograms, only the square has identical side lengths (it differs from a rhombus by having four right angles).
It is a rhombus.
No. All rhombi (rhombuses) are parallelograms but all parallelograms are not rhombi.
No but they are parallelograms.
No, it's not true. A rhombus is a special kind of parallelogram, so only some parallelograms are rhombera.
Yes. All rhombuses are parallelograms, but the reverse is not true. (I.e. there are parallelograms which are rhombuses and there a parallelograms that are not rhombuses. -- Just like Every bus has wheels but not everything with wheels is a bus.)
It is a rhombus.
Not all parallelograms do but a rhombus does.
No. All rhombi (rhombuses) are parallelograms but all parallelograms are not rhombi.
No but they are parallelograms.
A rectangle, square, rhombus, and rhomboid are all parallelograms.
No, none of them are. But they are all parallelograms.
No, it's not true. A rhombus is a special kind of parallelogram, so only some parallelograms are rhombera.
Yes. All rhombuses are parallelograms, but the reverse is not true. (I.e. there are parallelograms which are rhombuses and there a parallelograms that are not rhombuses. -- Just like Every bus has wheels but not everything with wheels is a bus.)
Some rhombuses can be parallelograms. It all depends on the direction of the sides. A diamond is a rhombus that is not a parallelogram A square is a rhombus that is a parallelogram
Some parallelograms are rhombuses, but all rhombuses are parallelograms. A parallelogram is a rhombus if and only if all of it's sides are the same length.
Yes, all rhombi are parallelograms. A rhombus is, by definition, "a parallelogram in which all of the sides are the same length."
Not at all. An equilateral parallelogram is called a rhombus.