Question 3. Three circles with equal radius 3.5 cm are drawn in this way That each of them touches the other two circles. Bound by circles Find the area.

Three circles each of radius 7cm are drawn in such a way that each of them touches the other two. Find the area enclosed between the circles.

Find the area of a circle with radius 3.5 cm.

Three circles each of radius 3.5 cm are drawn in such a way that each of them touches the other two. Find the area enclosed between these three circles (shaded region).

In Figure 6, three circles each of radius 3-5 cm are drawn in such a way that each of them touches the other two. Find the area enclosed between these three circles (shaded region).

Three circles each of radius 3.5cm are drawn in such a way that each of them touches the other two.Find the area enclosed between these three circles (shaded region).

Draw circles with centres A,B and C each of radius 3 cm, such that each circle touches the other two circles.

Three circles of radius 3.5 cm each are placed in such a way that each touches the other two. The area of the portion enclosed by the circles is

Three equal circles each of diameter d are drawn on a plane in such a way that each circle touches the other two circles. A big circle is drawn in such a manner that it touches each of the small circles internally. The area of the big circle is

Draw circles with centers A,B,C each with radius 3 cm such that each circle touches the remaining two circles.

Three circles of equal radius 'a' cm touch each other. The area of the shaded region is :