Yes, a square can be considered a special type of rhombus.
A rectangle is sometimes a square, but not always. When it is, it's also a rhombus. A rhombus is sometimes a square, but not always. When it is, it's also a rectangle. A square is always a rhombus and always a rectangle. Rectangles, rhombera, and squares are always parallelograms and quadrilaterals.
It has to be sometimes, because every square is also a rhombus. But there are also a lot of other rhombera (rhombusses) that are not squares.
A square rhombus is a square. All squares are rhombi but not all rhombi are squares.
All squares are rhombi
No.
yes
Nothing. A rhombus could be a square.
Yes. Every square is a rhombus, but not every rhombus is a square.
It is not true when a rhombus does not have any right angles. Here is an example when a rhombus is a square: Here is an example when a rhombus is not a square: Squares are quadrilaterals with 4 congruent sides and 4 right angles, and they also have two sets of parallel sides.
Every square is a rhombus, but every rhombus is not a square. A square must have all right angles and a rhombus does not. A rhombus is a quadrilateral which has all sides congruent. It can have oblique angles or right angles. A rhombus with right angles is a square. Other rhombi are not squares. By these definitions, all squares are rhombi, but not all rhombi are squares
rhombus
No they can be rhombus as well.