Rhombus
A SQUARE A rectangle satisfies the angles but not the lengths. A rhombus satisfies the length, but not the angles. A parallelogram neither satisfies length nor angles.
a parallelogram with four right angles with sides different in length and width is That would be a rectangle. - HistoryDork
A rhombus.
Well, honey, that's not a parallelogram, that's a rectangle. A parallelogram can have opposite sides equal in length and opposite angles equal in measure, but not necessarily right angles. So, in this case, you're describing a rectangle, not a parallelogram. But hey, at least you're on the right track!
rectangle
Rectangle
A parallelogram is always a "pushed over square". However a square implies 4 angles of 90 degrees (and 4 sides of equal length); a parallelogram has no angles that are 90 degrees, so really a parallelogram is never a square (even if the sides are all equal length).* * * * *Yet another horrendously incorrect answer by "The Community"!A parallelogram is NOT a "pushed over square". All four sides of a square are the same length. This is NOT necessarily true of a parallelogram.A parallelogram CAN have angles of 90 degrees and so a parallelogram CAN be a square.A parallelogram is a square in the sense that they are both 4 sided quadrilaterals but they both have different geometrical properties
A Rhombus is a parallelogram with all sides equal in length.
It could be either of the following: * Rhombus - A parallelogram with four sides of equal length. * Square - A parallelogram with four sides of equal length and four angles of equal size (right angles).
A parallelogram in which angles are oblique and adjacent sides are of unequal length.
a rhombus
A parallelogram with adjacent sides of unequal length is known as an oblique parallelogram. In this type of parallelogram, the opposite sides are still parallel and equal in length, but the adjacent sides are not. The angles between the unequal sides are also not right angles, making it different from a rectangle or square. The area of an oblique parallelogram can be calculated using the formula: base x height.