- simplyjat
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AFAIK, (x+a)/(y+a) is always greater than x/y; i.e. if you add same number to numerator and denominator, the value of fraction increases.
Yesterday I came across a DS problem that basically boiled down to comparison between (x+a)/(y+a) & x/y. And the OA was E (both insufficient) but my opinion was of C (both sufficient together)
Is my memory wrong in claiming (x+a)/(y+a) is always greater than x/y or it is just that OA is wrong...
Yesterday I came across a DS problem that basically boiled down to comparison between (x+a)/(y+a) & x/y. And the OA was E (both insufficient) but my opinion was of C (both sufficient together)
Is my memory wrong in claiming (x+a)/(y+a) is always greater than x/y or it is just that OA is wrong...
simplyjat


















