Area of Square and Rectangle

The sum of the length and breadth of a rectangle is 6 cm. A square is construted such that one of its sides is equal to a diagonal of the rectangle. If the ratio of areas of the square and rectangle is 5 :2, the area of the square in cm^(2) is

The area of a square and a rectangle are equal.If the side of the square is 40cm and the breadth of the rectangle is 25cm, find the length of the rectangle.Also,find the perimeter of the rectangle.

The area of a square and a rectangle are equal.If the side of the square is 40cm and the breadth of the rectangle is 25cm ,find the length of the rectangle.Also,find the perimeter of the rectangle.

The sum of the length and breadth of a rectangle is 6 cm. A square is constructed such that one of its sides is equal to a diagonal of the rectangle. If the ratio of areas of the square and rectangle is 5 : 2, then the area (in cm^(2) )

The area of a square and a rectangle are equal. The length of the rectangle is greater than the side of square by 9 cm and its breadth is less than the side of square by 6 cm. What will be the perimeterof the rectangle?

The areas of a square and a rectangle are equal. The length of the rectangle is greater than the length of any side of the square by 5 cm and the breadth is less by 3 cm. Find the perimeter of the rectangle.

The areas of a square and a rectangle are equal. The length of the rectangle is greater than the length of any side of the square by 5 cm and the breadth is less by 3 cm. Find the perimeter of the rectangle. (a) 17 cm (b) 26 cm (c) 30 cm (d) 34 cm

Perimeter of a square and a rectangle is same. If a side of the square is 15cm one side of the rectangle is 18cm, find the area of the rectangle.

The area of a square 1600m^(2). Find the area of area of a rectangle whose breadth is the same as that of the square and length is 10m more than its breadth.

Introduction||Area OF square||Rectangle||Circle||triangle||Perimeter OF circle|| Triangle||square and rectangle||Quadrilateral||Hexagon||Pentagon||Semi Perimeter OF Triangle||ProOF OF Heron's Formula