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.

A B 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 Bdot

A B 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 Bdot

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

AB is a line segment and line 1 is its perpendicular bisector.If a point P lies on 1 show that P is equidistant from A and B .

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 either side 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