In Figure, `B M` and `D N` are both perpendiculars to the segments `A C` and `B M=D N` . Prove that `A C` bisects `B Ddot` Figure

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 .

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

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

A D\ a n d\ B C are equal perpendiculars to a line segment A B . Show that C D bisects A Bdot

A D and B C are equal perpendiculars to a line segment A B . Show that C D bisects A Bdot

In Figure, A N and C P are perpendicular to the diagonal B D of a parallelogram A B C D . Prove that : (i) A D N~= C B P (ii) A N=C P

In Figure, A D is a median and B L ,C M are perpendiculars drawn from B and C respectively on A D and A D produced. Prove that B L=C Mdot Figure

In Figure, A N and C P are perpendicular to the diagonal B D of a parallelogram A B C Ddot Prove that : A D N~= C B P (ii) A N=C P

In Figure, A N and C P are perpendicular to the diagonal B D of a parallelogram A B C Ddot Prove that : A D N~= C B P (ii) A N=C P

In Figure, it is given that A B=C D\ a n d\ A D=B Cdot Prove that A D C~=C B A