Two chords `A B\ a n d\ C D` of a circle are parallel and a line `l` is the perpendicular bisector of `A Bdot` Show that `l` bisects `C D`

Two chords AB and CD of a circle are parallel and a line l is the perpendicular bisector of AB. Show that l bisects CD

Two chords AB and CD of a circle are parallel and a line l is the perpendicular bisector of AB. Show that l bisects CD

AB is a line segment and line l is its perpendicular bisector.If a point P lies on l show that P is equidistant from A and B.

Two particles each of mass 'm' are placed at A and C are such AB=BC=L . The gravitational force on the third particle placed at D at a distance L on the perpendicular bisector of the line AC is

Theorem :-2The perpendicular from centre of a circle to the chord bisects the chord and Perpendicular bisectors of two chords of a circle intersects at the centre.

In Figure, B M a n d D N are both perpendiculars to the segments A C a n d B M=D N . Prove that A C bisects B D

Study the diagram. The line l is perpendicular to line m (a) Is CE = EG (b) Does PE bisect CG = (c) Identify any two line segments for which PE is the perpendicular bisector. (d) Are these true? (i) A C > E G (ii) C D = G H (iii) B C < E H

A B C D is a parallelogram and line segments A X ,\ C Y bisect the angles A\ a n d\ C , respectively. Show that A X||C Y