In two chords AB and CD of a circle intersect each other at the point P (when produced) outside the circle. Prove that

`PA. PB = PC . PD`

In two chords AB and CD of a circle intersect each other at the point P (when produced) outside the circle. Prove that Delta PAC ~ PDB

In fig., two chords AB and CD of a circle intersect each other at point P (when produced) outside the circle prove :- PA.PB=PC.PD .

In fig., two chords AB and CD of a circle intersect each other at point P (when produced) outside the circle prove :- trianglePCA~trianglePDB .

In fig., two chords AB and CD intersect each other at the point P prove that :- AP.PB=CP.DP. .

In fig., two chords AB and CD intersect each other at the point P prove that :- triangleAPC~triangleDPB . .

In two chords AB and CD intersect each AB and CD intersect each other at the point P. Prove that AP. PB = CP . DP

In two chords AB and CD intersect each AB and CD intersect each other at the point P. Prove that Delta APC ~ Delta DPB

Two equal chords AB and CD of a circle with centre O, intersect each other at E. Prove that AD = CB

In fig, two chords AB and CD intersect each other at the point P. Prove that: (i) triangleAPC ~ triangleDPB (ii) AP.PB= CP.DP

Two equal chords AB and CD of a cirlce when produced intersect at a point P. Prove that PB = PD.