In the given figure, two chords AC and BD of a circle intersect at E.If `arc AB = arc CD`, prove that : `BE = EC` and `AE = ED`

In the figure, two equal chords AB and CD of a circle with centre O, intersect each other at E, Prove that AD=CB

In the figure,two equal chords AB and CD of a circle with centre O ,intersect each other at E , Prove that AD=CB

In the adjoining figure. If two equal chords AB and CD of a circle intersect each other at E. then prove that chords AC and DB are equal.

In the adjoining figure. If two equal chords AB and CD of a circle intersect each other at E. then prove that chords AC and DB are equal.

In the given figure AC = BD, prove that AB = CD.

In figure, common tangents AB and CD to two circles intersect at E. Prove that AB=CD.

In figure, common tangents AB and CD to two circles intersect at E. Prove that AB=CD.

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 the adjoining figure chords AC and BD of a circle O, intersect at right angles at E.If /_AOB=25^(@) calculate /_EBC

In the given figure, AB = AC and AD = AE. Prove that: BD = CE