It is proposed to add to a square lawn measuring `58cm` on a side, two circalar ends. The centre of each circle is the point of intersection of the diagonals of the square. Find the area of the whole lawn.

There are two circular flower beds on two sides of a square lawn ABCD of side 56 m. If the centre of each circular flower bed is the point of intersection of the diagonals of the square lawn, find the sum of the areas of the lawn and the flower beds.

There are two circular flower beds on two sides of a square lawn ABCD of side 56m .If the centre of each circular flower bed is the point of intersection of the diagonals of the square lawn,find the sum of the areas of the lawn and the flower beds.

In Figure,two circular flower beds have been shown on two sides of a square lawn ABCD of side 56m. If the centre of each circular flower bed is the point of intersection of the diagonals of the square lawn,find the sum of the areas of the lawns and the flower beds.

In Figure, two circular flower beds have been shown on two sides of a square lawn ABCD of side 56m. If the centre of each circular flower bed is the point of intersection of the diagonals of the square lawn, find the sum of the areas of the lawns and the flower beds.

In the given figure, two circular flower-beds have been shown on two sides of a square lawn ABCD of side 56m. If the centre of each circular flower-bed is the point of intersectio O of the diagonals of the square lawn, find the sum of the area of the lawn and the flower-beds.

In the given figure, two circular flower beds have been shown on two sides of a square lawn ABCD of side AB=42m . If the centre of each circular flower bed is the point of intersection O of the diagonals of the square lawn, find (i) the sum of the areas of the lawn and flower beds, (ii) the sum of the areas of two flower beds.

Length of the diagonal of a square is 12 cm. Find the length of each side of the square.

The area of a square lawn of side 15 m is