In a circle with centre O,chords AB and CD intersect inside the circumference at E.Prove that `/_AOC+/_BOD=2/_AEC`

In a circle with centre O,chords AB and CD interrect inside the circumference at E.Prove that /_AOC+/_BOD=2/_AEC

In a circle with centre O , chords A B\ a n d\ C D intersect inside the circumference at E . Prove that /_A O C+\ /_B O D=2\ /_A E C

In a circle with centre O , chords A Ba n dC D intersect inside the circumference at Edot Prove that /_A O C+/_B O D=2/_A E Cdot

In a circel with centre O. chords AB and CD interest inside the circumference at E. Prove that angle AOC+BOD=2angle AEC .

In a circle with centre O, chords AB and CD intersect inside the circumference at E. Find angle AEC . If angle AOC = 40^(@) and angle BOD = 50^(@) .

In a cricle, two chords AB and CD intersect at a point P inside the circle. Prove that (a) Delta PAC~ Delta PDB" " (b) PA*PB=PC*PD .

Two equal chord AB and CD of a circle with centre O, intersect each other at point P inside the circle. Prove that: BP = DP

If two chords AB and CD of a circle with centre, O, when producd intersect each other at the point P, prove that angle AOC- angle BOD=2 angle BPC .

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

The equal chords AB and CD of circle with centre O, when produced, meet at P outside the circle. Prove that : PA = PC.