A square can be a rectangle because a rectangle just has to have four sides and they all have to have right angles, which a square does. But a rectangle can never be a square because a square HAS to have ALL EVEN sides with all right angles. A rectangle possibly could not have all even sides.
A square is a special case of a rectangle. Every square is a rectangle, but not every rectangle is a square. A square is a rectangle with four sides that are all equal in length.
For a start, a square IS a rectangle, so it has ALL the properties of a rectangle. A square has the additional property that all of its sides have the same length.
All squares are rectangle because just like a square have 90 degrees, rectangle also have 90 degree. But not all rectangle are square because square have all sides congruent but rectangle don't.. Wish dis help!
A rectangle is a square when all four of its sides have equal length.
A square can be a rectangle because a rectangle just has to have four sides and they all have to have right angles, which a square does. But a rectangle can never be a square because a square HAS to have ALL EVEN sides with all right angles. A rectangle possibly could not have all even sides.
A square is a special case of a rectangle. Every square is a rectangle, but not every rectangle is a square. A square is a rectangle with four sides that are all equal in length.
Any rectangle that does not have all of its sides of equal length will be a non-square rectangle. A square is a special form of rectangle. In a rectangle, all its interior angles are right angles. If all four sides are the same length, it's a square. If not, it's a non-square rectangle.
For a start, a square IS a rectangle, so it has ALL the properties of a rectangle. A square has the additional property that all of its sides have the same length.
No, they are the only numbers that are NOT rectangular in shape. (I think you knew this and screwed up your question.) That is, all non-primes can be arranged into the form of a rectangle - e.g. 21 can be organized as a rectangle with dimensions of 3 x 7. But prime numbers cannot be organized as rectangles.
All squares are rectangle because just like a square have 90 degrees, rectangle also have 90 degree. But not all rectangle are square because square have all sides congruent but rectangle don't.. Wish dis help!
A square is a rectangle that just happens to have all its sides of equal length. That is the only instance in which a rectangle is a square, so no. A rectangle is not always a square.
it cant all sides have to be equilateral edit- a rectangle cannot be a square. however, a square can be a rectangle. reedit - A rectangle can be a square, however, a square must be a rectangle. A rectangle has four 90 degree angles, which a square also has. The rectangle has two pairs of equal length sides, which a square also has. The only additional requirement for a square is that the length of all four sides be equal, which is not ruled out for a rectangle.
A rectangle is a square when all four of its sides have equal length.
A square is rectangle with all its sides are equal in length. The rectangle has: (a) opposites sides are parallel. (b) opposite angles are equal
it is the formula for both a rectangle and a square. remember a square is a rectangle, but a rectangle is not a square (what i mean is a square has to have all 90 degree angles and four sides that are all the same length a rectangle doesn't have all the same lengths. but a rectangle is a shape with all 90 degree angles, and a square fits that discription)
A square has all four equilateral sides, whereas a rectangle has two sets opposite sides that are congruent. A rectangle can be a square, but a square can not be a rectangle.