Squares are special cases of rhombuses, ones in which all the internal angles are the same (90°). So no, you cannot draw a square that is not a rhombus. It's a bit like trying to draw a square that is not a quadrilateral. Squares are special cases of quadrilaterals.
A square is always a rhombus, but a rhombus is notalways a square.
rectangle, rhombus, parallelogram, trapezoid, isosceles trapezoid, kite ... etc
Is a rhombus.
Well a rhombus is sometimes and square. but a square is always a rhombus
Yes, a square is a rhombus. Don't get confused though, because a rhombus isn't a square. A square has 4 right angles, and a rhombus does not.
a rhombus
square, rectangle
yes
No, you cannot.
No, it is not possible.
Yes, it is possible to draw a square and a rhombus that are congruent. A square is a specific type of rhombus where all angles are right angles, and all sides are equal in length. If a rhombus has all sides equal to the side length of a square and its angles are also right angles, then they are congruent. Hence, a square can be considered a congruent rhombus under these conditions.
It's a square.
Yes, but then it would become a square (a special case of a rhombus).
A rhombus or a kite are two 4 sided quadrilaterals that have no square corners.
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".
This is either a parallelogram, square, rhombus or rectangle.
A rhombus is mainly a diamond, but it is thinner. I cannot exactly explain how to draw one, but just imagine a diamond being squished by two concrete blocks.