Pls proove this

for p≠0, 2π, 4π, ... and q≠0, 2π, 4π, ...

~Kalyan.

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- Jun 23rd 2008, 12:37 AMkalyanramProove this identity
Pls proove this

for p≠0, 2π, 4π, ... and q≠0, 2π, 4π, ...

~Kalyan. - Jun 23rd 2008, 06:02 AMCaptainBlack
All you are going to get from this approach is that the limit is less than or equal to .

A hand-waving argument would go that the complex exponentials are of unit magitude and random phase so as becomes large the sum goes as , but we divide by so goes to .

Unfortunatly I see no way to make this rigourous so some more thought is needed.

RonL - Jun 23rd 2008, 09:37 AMOpalg