As per the figure, two circles intersect each other at points P and Q. Point A is on PQ produced and AMD and ASR are the secants to the circles. If AM = 3, MD = 5, AS = 4, The value of SR is :

Two circles intersect each other at point P an Q. If PA and PB are two diameter then find angleAQB .

In the figure, two circles intersect each other in points P and Q. If tangent from point R touch the circles at S and T, then prove that RS=RT.

In the figure, two circles intersect each other in points P and Q. If tangent from point R touch the circles at S and T, then prove that RS=RT.

Two circles intersect at A and B. P is a point on produced BA. PT and PQ are tangents to the circles. The relation of PT and PQ is

In the adjoining figure, two circles intersect each other at points M and N . Secants drawn from points M and N intersect cirecls at point R, S, P and Q as shown in the figure.

Two circles interest at A and B. P is a point on produced BA. PT and PQ are tangents to the circle. The relation of PT and PQ is___

In the given figure two circles touch each other at the point C. Prove that the common tangent at P and Q.

Two circles intersect each other at point P and Q. Secants drawn through p and Q intersect the circles at points A,B and D,C Prove that : /_ ADC + /_ BCD = 180^(@)

In the figure, two circles intersect each other at points A and B . C is a point on the smaller circle. Secant CA and secant CB of the smaller circle intersect the bigger circle at points D and E respectively then prove : seg DE || line CF