In figure, line segments AB and CD bisect each other at O. Which of the following statements is true? `DeltaA O C~=DeltaD O B` `DeltaA O C~=DeltaB O D` `DeltaA O C~=DeltaO D B`

Delta A B C a n d Delta A B D are on a common base A B , a n d A C = B D a n d B C = A D as shown in Fig. 18. Which of the following statements is true? DeltaA B C~=DeltaA B D DeltaA B C~=DeltaA D B DeltaA B C~=DeltaB A D

Delta\ A B C\ a n d\ Delta\ A B D are on a common base A B ,\ a n d\ A C\ =\ B D\ a n d\ B C\ =\ A D as shown in Fig. 18. Which of the following statements is true? DeltaA B C~=DeltaA B D DeltaA B C~=DeltaA D B DeltaA B C~=DeltaB A D

In the given figure, If AB and CD bisect each other at O, then DeltaAOC is congruent to

In Figure altitudes AD and CE of DABC intersect each other at the point P. Show that:(i) DeltaA E P~ DeltaC D P (ii) DeltaA B D ~DeltaC B E (iii) DeltaA E P~ DeltaA D B (iv) DeltaP D C ~DeltaB E C

Two segments A C and B D bisect each other at O . Prove that A B C D is a parallelogram.

Two segments A C and B D bisect each other at O . Prove that A B C D is a parallelogram.

In Figure altitudes AD and CE of A B C intersect each other at the point P. Show that:(i) DeltaA E P~ DeltaC D P (ii) DeltaA B D ~DeltaC B E (iii) DeltaA E P~ DeltaA D B (iv) DeltaP D C ~DeltaB E C

In Figure, two chords AB and CD intersect each other at the point P. Prove that: (i) DeltaA P C~ DeltaD P B (ii) A P*P B=C P*D P

In Figure, two chords AB and CD intersect each other at the point P. Prove that: (i) DeltaA P C~ DeltaD P B (ii) A P*P B=C P*D P

In figure, if DeltaA B E~=DeltaA C D , show that DeltaA D E~ DeltaA B C .