A square.
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".
The length of the rhombus is equal to the length of the diagonal formed by the bisector of the 2 opposite acute angles.
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.
a rhombus have 4 angles.
There are 4 angles on a rhombus.
A rhombus normally has no right angles (at the vertices). If a rhombus has right angles (at the vertices), it is called a square. The diagonals of a rhombus meet at right angles.
An octagon has 8 angles. A rhombus has 4 angles.
A rhombus have 2 obtuse angles
A rhombus has 2 obtuse angles
It's fairly trivial to prove that the angles formed by the angle bisectors of any rhombus (including squares) are right angles.