In Figure, `A P` and `B Q` are perpendiculars to the line segment `A B` and `A P=B Qdot` Prove that `O` is the mid-point of line segment `A B` and `P Qdot` Figure

In Figure, A P\ a n d\ B Q are perpendiculars to the line segment A B\ a n d\ A P=B Q . Prove that O is the mid-point of line segment A B\ a n d\ P Q

In Figure,AP and BQ are perpendiculars to the line segment AB and AP=BQ. Prove that O is the mid-point of line segment AB and PQ. Figure

In Figure,AP and BQ are perpendiculars to the line segment AB and AP=BQ. Prove that O is the mid-point of line segment AB and PQ

In Figure, l||m and M is the mid-point of the line segment A B . Prove that M is also the mid-pooint of any line segment C D having its end-points on l\ a n d\ m respectively.

If P(a,b) is the mid point of a line segment between the axes, then:

In Figure, line segments A B is parallel to another line segment C DdotO is the mid-point of A Ddot Show that: O is also the mid-point of B D

If P(x,6) is the mid-point of the line segment joining A(6,5) and B(4,y), find y.

If P(2,6) is the mid-point of the line segment joining A(6,5) and B(4,y), find y.

Consider two points P and Q with position vectors 2vec(a)+vec(b) and vec(a)-3vec(b) respectively. Find the position vector of a point R which divide the line segment joining P and Q in the ratio. 1 : 2 externally. Prove that P is a midpoint of line segment RQ.

In Figure, if A B||D C\ a n d\ P is the mid-point B D , prove that P is also the midpoint of A C