A square and a rhombus both have 4 congruent sides but their interior angles are different
a square or rhombus
A rhombus has four congruent sides. The angles don't matter, but if they're right angles, then the rhombus is a square.
A rhombus has all sides congruent with no sides *necessarily* perpendicular. Normally a square is considered a kind of rhombus. So the answer would be "non-square rhombus."
No, unless it happens to be a square.
A square or a rhombus. A rhombus does not have 4 congruent angles as a square does. It's always a rhombus. And, depending on the angles, it could also be a square. (This definition treats the square as a special case of the rhombus.)
A square. Parallelogram * * * * * No. It is a rhombus and a square is a special case of a rhombus. A parallelogram does not have four congruent sides, but two pairs of sides that are congruent to one another.
A square and a rhombus both have 4 congruent sides but their interior angles are different
A square, but not a rhombus because a rhombus does not have four congruent angles
Sure ! -- The sides of every rhombus are always congruent. -- If you make the angles congruent, then you have a special kind of rhombus called a "square".
That's a rhombus.
a square or rhombus
Squares and rhombuses can be congruent, but not always. If the rhombus is also a square, it is congruent to a square with the same dimensions. However, since a rhombus only demands for OPPOSITE angles to be congruent, and a square means ALL angles are 90 degrees, this is not always the case.
A square or a rhombus.
No, you cannot.
A square has 4 congruent sides and 4 congruent angles
No because a rhombus has 4 congruent sides but it is not a square