the first rectangle is 8cm x 5cm the second rectangle has an area of half of 40 = 20 sq cm it could be 4cm x 5cm or 8cm x2.5cm or 10cm x 2cm or any pair of numbers whose product is 20 if you wanted the rectangles to be congruent ie have the same ratio of length to width then you need to employ Irrational Numbers the answer in this case is 8 divided by sqrt(2) for length and 5 divided by sqrt(2) for width or approximately 5.6568542494923801952067548968388cm x 3.5355339059327376220042218105242 cm
square has four equal sides a rectangle has two sides of one length and two of another and the rectangle is longer and thinner
A square (a by a) and a rectangle (a by b) can have sides that are of equal length.
A square is a 4-sided shape in which all of the sides are same length, but a rectangle is a 4-sided shape in which a side parallel to another side are the same length. A square meets a rectangle's requirements, but since the rectangle's sides don't all have to be the same size, it doesn't meet the square's requirements
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 because rectangle's length is larger than that of square
A rectangle is a square when all four of its sides have equal length.
For a rectangle or square, Area = Length * Width So Length = Area / Width.
A square has exactly 4 sides all the same length A rectangle has 4 sides but 2 one length 2 another 2 longer 2 shorter:)))
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.
The area of a rectangle is 56.25 square inches. The length of the rectangle is12.5 inches what is the width
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 is the square area of the rectangle