In Fig. 15.92, two circles with centres `A` and `B` touch each other at the point `C` . If `A C=8\ c m` and `A B=3\ c m` , find the area of the shaded region. (FIGURE)

In Figure, two circles with centres A and B touch each other at the point C . If A C=8\ c m and A B=3\ c m , find the area of the shaded region.

In the given figure, two circles with centres A and B touch each other internally at point C. If AC = 8 cm and AB = 3cm, find the area of the shaded region.

In the given figure, two circles with centres A and B touch each other at C bisects the common tangent at P and Q.

In Fig. 15.69, A B and C D are two diameters of a circle perpendicular to each other and O D is the diameter of the smaller circle. If O A=7\ c m , find the area of the shaded region. (FIGURE)

In Fig. 12.27, AB and CD are two diameters of a circle (with centre O) perpendicular to each other and OD is the diameter of the smaller circle. If O A=7\ c m , find the area of the shaded region

In Fig. 12.27, AB and CD are two diameters of a circle (with centre O) perpendicular to each other and OD is the diameter of the smaller circle. If O A=7\ c m , find the area of the shaded region

In Fig. 15.70, O A C B is a quadrant of a circle with centre O and radius 3.5 cm. If O D=2\ c m , find the area of the (i) quadrant O A C B (ii) shaded region. (FIGURE)

find the area of the shaded region in figure, given in which two circles with centers A and B touch each other at the point C. If AC= 8cm and AB=3cm.

In Fig. 10.76, C P and C Q are tangents from an external point C to a circle with centre O . A B is another tangent which touches the circle at R . If C P=11 c m and B R=4c m , find the length of B C . (FIGURE)

Find the area of the shaded region in the figure, in which two circles with centres A and B touch each other at the point C, where AC=8cm and AB=3cm