Each side of a square park is 80 m. At each corner of the park there is a flower bed in the form of a quadrant of a circle of radius 14 m, as shown in the figure. Find the area of the remaining part of the park.

A square park has each side 50 m. At each corner of the park, there is a flower bed in the form of a quadrant of radius 7 m, as shown in the figure. Find the area of remaining part of the park.

A square park has each side of 100 m. At each corner of the park, there is a flower bed in the form of a quadrant of radius 14 m as shown in Figure. Find the area of the remaining part of the park (U s e\ \ pi=22//7) .

A square park has each side of 100 m. At each corner of the park, there is a flower bed in the form of a quadrant of radius 14 m as shown in Fig. 15.37. Find the area of the remaining part of the park (U s e\ \ pi=22//7) . (FIGURE)

A square park has each side of 100 m. At each corner of the park, there is a flower bed in the form of a quadrant of radius 14 m as shown in Fig. 15.37. Find the area of the remaining part of the park (U s e pi=22//7) . (FIGURE)

The side of a square park is 100 m. Perimeter of the park is:

A square park has each side equal to 144m . At each corner of the park there is a flower bed in the form of a quadrant of radius 28m . Find the area of the reamining park.

Every side of a square park is 100 m wide. At every comer of the park a flower bed of radius 14 m is made in the form of quadrant of a circle. Find the area of the rest of the park.

In each of the corners, there is a flower bed in the form of a quadrant of a circle of radius 2 m. Also, there is a flower bed in the form of a circle of radius 2 m in the middle of the plot. Find the area of the remaining plot.

From each corner of a square of side 4cm a quadrant of a circle of radius 1cm is cut and also a circle of diameter 2cm is cut as shown in Fig.12.23. Find the area of the remaining portion of the square.