the formula for a parllelogram AKA Square and rectangle, is L*W
That's called a rectangle.
No. Every parallelogram is not a rectangle but every rectangle is a parallelogram.
Every square is a rectangle but not every rectangle is a square.
Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!
Every square is a rectangle, but not every rectangle is a square.
no, every rectangle is not a rombus
Every square is a rectangle.
Yes, every square is a rectangle (a special kind of rectangle), but not every rectangle is a square.
No. Nor is every rectangle a rhombus.
Yes. But not every parallelogram is a rectangle.
yes every square has a rectangle =]
They both have four sides, and they both have two pairs of parallel sides. Each pair of opposite sides are congruent. The diagonals bisect each other.
No! Every rectangle has a square if that's what you mean
No, A parallelogram is not a rectangle , but every rectangle is a parallelogram.
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.
No. Most parallelograms are not rectangles. But every rectangle is a parallelogram.
No, it can't not be. Every rectangle is a parallelogram.
A square is a rectangle with every side being congruent to every other side.
Well, I'd have to say...Polygon
Every rectangle has four sides. Since the definition of a quadrilateral is a four-sided figure, a rectangle is inherently a quadrilateral.
No, every trapezoid is not a rectangle. There is no overlap between rectangles and trapezoids -- that is, no trapezoid is a rectangle. They are both four-sided quadrilaterals
Nothing, a rectangle is nothing other then itself and that is it!
In Euclidean geometry, every rectangle is also a parallelogram.
No, but every square is a rectangle.