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Can we prove 'Diagonals bisect each other' using distance formula? If yes, then how? Is section formula the only way to prove the above statement?
Thank you!

Asked by Gourav Barik 3rd March 2015, 8:38 PM
Answered by Expert
Answer:
D i s tan c e space f o r m u l a space g i v e s space o n l y space t h e space d i s tan c e space b e t w e e n space a n y space t w o space p o i n t s. W e space c a n n o t space p r o v e space t h a t space t h e space d i a g o n a l s space b i s e c t space e a c h space o t h e r space u sin g space d i s tan c e space f o r m u l a. T a k i n g space t h e space m i d p o i n t s space o f space t h e space d i a g o n a l s space a n d space c h e c k i n g space w h e t h e r space t h e y space c o i n c i d e space c a n space b e d o n e space b y space s e c t i o n space f o r m u l a space o n l y.
Answered by Expert 5th March 2015, 8:55 AM
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