A rhombus just needs to have its sides equal, but a square has to have both its sides and angles equal. A square is a rhombus, but you can't say a rhombus is a square. So the answer is no.
A square is always a rhombus, but a rhombus is notalways 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.
Yes, a square is a more specific geometric shape than a Rhombus. A square is always a Rhombus, but a Rhombus isn't always a square.
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.
Both have sides of equal length so that a square is also a rhombus. But a the angles of a rhombus need not be right angles so it may not be a square.
No. A square is a special kind of rhombus. So every square is a rhombus, but not every rhombus is a square.
A rhombus is a polygon with four sides of equal length. So is a square.
All sides of a rhombus are equal in length, so yes, a rhombus is always square.
A rhombus just needs to have its sides equal, but a square has to have both its sides and angles equal. A square is a rhombus, but you can't say a rhombus is a square. So the answer is no.
A square is always a rhombus, but a rhombus is notalways a square.
A square is always a rhombus, but a rhombus is notalways a square.
No, a square is a four sided polygon with all it's sides the same length and where each angle is a right-angle. A rhombus may or may not have right angles. So while a square is a rhombus, a rhombus is not necessarily a square.
A rhombus has all four sides the same length and that goes to a square as well, so YES.
no a square is not a rhombus
no a square is not a rhombus
a rhombus is a kite. * * * * * A rhombus is not a kite. A rhombus is not a square because all four angles of a square are equal and those of a rhombus are not. Normally, a rhombus is defined as a quadrilateral all of whose sides are equal and whose opposite angles are the same. I am not sure that this excludes the case where these angles are two pairs of 90 degree angles and therefore, form a square. So, at a stretch, one could say that a square is a special kind of rhombus.