This equality holds for *all* real numbers N,M 
Can you see why?pic.twitter.com/LvR2r0y6iT
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Can you please show how you go from 4th to 5th line? (Specifically how you get I)
split up the integral over the numerator, and then look at the very first tweet. The original integral is equal to I
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Makes sense. In the 2nd line the bounds (inf --> 0 rather than 0 --> inf) threw me off. Any significance to that?
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You get a minus sign from the u sub you can use to flip the blinds
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