In Fig. 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 PA. PB = PC . PD

In Fig. two chords AB and CD of a circle intersect each other at the point P ( when produced ) outside the circle prove that DeltaPAC~DeltaPDB

In Fig.6.62, two chords AB and CD of a circle intersect each other at the point P(when produced)outside the circle.Prove that (ii)PA.PB=PC.PD

In the given figure, 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 the point P (when produced) outside the circle. Prove that (i) Delta PAC ~ Delta PDB , (ii) PA . PB = PC . PD

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

In Figure two chords AB and CD of a circle intersect each other at the point P (when produced) outside the circle. Prove that (i) DeltaP A C~ DeltaP D B (ii) P A * P B = P C * P D

In Figure two chords AB and CD of a circle intersect each other at the point P (when produced) outside the circle. Prove that (i) DeltaP A C DeltaP D B (ii) P AdotP B=P CdotP D