Both sides of a square - indeed, all four sides - MUST be the same otherwise it is not a square. If the side length is s cm the area is s*s = s2 cm2
A square and a rhombus both are quadrilaterals that have sides that are the same length.
No. A square has four equilateral sides and a pentagon has five sides.
All four sides of a square are equal in length. Only the opposite sides of a rectangle are the same length. The adjacent sides are different in length.
square
A 3 and 2 square is an impossible shape. The sides of a square must be the same length.
The 4 sides of a square are equal in length
Both sides of a square - indeed, all four sides - MUST be the same otherwise it is not a square. If the side length is s cm the area is s*s = s2 cm2
They are not technically the same. A square is a rectangle but a rectangle is not a square. A rectangle requires opposite sides to be the same length. A square's opposite sides are the same length so it is a rectangle. A square requires all sides to be the same length, not just opposite sides. So most rectangles are not squares.
A square and a rhombus both are quadrilaterals that have sides that are the same length.
No. A square has four equilateral sides and a pentagon has five sides.
All four sides of a square are equal in length. Only the opposite sides of a rectangle are the same length. The adjacent sides are different in length.
A rectangle can be a square but a square cannot be a rectangle. No, for a shape to be a rectangle, it must have 2 pairs of parallel sides and 4 right angles. The square shares both of these qualities, but it also must have 4 congruent (same) sides, which means they must all be the same length. Therefore, a rectangle cannot be a square.
A square! The sides are all the same length and measure.
square
a square
No. The remaining 3 sides of the square must have the same length as the first one. But in the rectangle, only the side opposite the first one has to be the same length, and the other two sides could be anything.