The area of each square within the rectangle is 49 cm2, which is the area of a 7 cm x 7 cm square. There the length of the rectangle is 21 cm and its breadth is 7 cm.
Yes into 10 inches by 10 inches squares
the perimeter of a rectangle with two 5cm squares will be 30cm
A square is a rectangle, rectangles don't have to be squares but squares have to be rectangles.
Draw a rectangle with length twice its width, you would have used 4 lines already. Then draw a straight line at the center. The result will be two identical squares.
A rectangle. A square is a form of rectangle. (All squares are rectangles, but not all rectangles are squares.) ___________ |__________|
12 squares in total.
a square and a rectangle
It depends on the 5 shapes. If they are all identical squares (with sides of length s), then simply lay them side by side and you will get a (s by 5s) rectangle.
An infinite number of squares can be placed within a rectangle.
Yes into 10 inches by 10 inches squares
can it for a trapezoid?
I think you are thinking of using the rectangles like you use Punnet squares. One side is multiplied times the other side and the product is put in the inside squares. This is handy when trying to factor expressions that are polynomials.
Well, honey, you just draw two diagonal lines from opposite corners of the rectangle to create those four identical triangles. It's as simple as that! Just make sure those lines are straighter than my attitude.
Imagine the rectangle divided into squares corresponding to length and width... Eg a 6" x 5" rectangle would have 5 rows of six one-inch squares, total 30, which would make its area 30 squinches
the perimeter of a rectangle with two 5cm squares will be 30cm
A square is a rectangle, rectangles don't have to be squares but squares have to be rectangles.
Draw a rectangle with length twice its width, you would have used 4 lines already. Then draw a straight line at the center. The result will be two identical squares.