[" 14.P and Q are points on opposite sides "

In the given figure, AB is a line segment. P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B. Show that the line PQ is the perpendicular bisector of AB.

AB is a line segment. P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B (see the given figure). Show that the line PQ is the perpendicular bisector of AB.

AB is a line-segment. P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B (see Fig. 7.37). Show that the line PQ is the perpendicular bisector of AB.

AB is a line-segment. P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B. Show that the line PQ is the perpendicular bisector of AB

AB is a line segment.P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B (in figure).Show that the line PQ is perpendicular bisector of AB

AB is a line-segment.P and Q are points on opposite sides of AB such that each of them is equidistant from the points A and B (see Fig.7.37 ).Show that the line PQ is the perpendicular bisector of AB

A B is a line segment. P\ a n d\ Q are points on opposite sides of A B such that each of them is equidistant from the points A\ a n d\ B (in figure). Show that the line P Q is perpendicular bisector of A B .

P and Q are points on opposite sides AD and BC of a parallelogram ABCD such that PQ passes through the point of intersection of its diagonals AC and BD. Show that PQ is bisected at O.

P and Q are points on opposite sides AD and BC of a parallelogram ABCD such that PQ passes through the point of intersection O of its diagonals AC and BD. Show that PQ is bisected at O.

P and Q are points on opposite sides AD and BC of a parallelogram ABCD such that PQ passes through the point of intersection O of its diagonals AC and BD. Show that PQ is bisected at O.