Four quadrants are drawn inside a square with each side (10 cm) as radius. What is the area of the section common in all the four quadrants?

ABCD is a square of side 6cm. Find the area of the shaded region bounded between square and the two quadrants

A square with maximum possible side is drawn in a circle of radius 12 cm. What is the area of square?

ABCD is a square of side 14cm. Four congruent circles are drawn in the square as shown in figure. Calculate the area of the shaded region. [ Circles touch each other externally and also sides of the square]

ABCD is a square of side 14cm. Four congruent circles are drawn in the square as shown in figure. Calculate the area of the shaded region. [ Circles touch each other externally and also sides of the square]

In the figure given below, ABCD is a square of side 4 cm. Two quadrants of a circle with B and D as centres are draw. The radius of each of the quadrants is 4cm. What is the area of the shaded portion?

The four equal circles of radius 4 cm drawn of the four corners of a square touch each other externally. Then the area of the portion between the square and the four sectors is

A square is drawn by joining mid pint of the sides of a square. Another square is drawn inside the second square in the same way and the process is continued in definitely. If the side of the first square is 16 cm, then what is the sum of the areas of all the squares ?

A square is drawn by joining mid pint of the sides of a square. Another square is drawn inside the second square in the same way and the process is continued in definitely. If the side of the first square is 16 cm, then what is the sum of the areas of all the squares ?

A square is drawn by joining mid point of the sides of a square. Another square is drawn inside the second square in the same way and the process is continued infinitely. If the side of the first square is 16 cm, then what is the sum of the areas of all the squares ?

A square is drawn by joining mid pint of the sides of a square. Another square is drawn inside the second square in the same way and the process is continued in definitely. If the side of the first square is 16 cm, then what is the sum of the areas of all the squares ?