For the function 
, prove that the real part of the non-trivial zeros is 1/2 for any s
, prove that the real part of the non-trivial zeros is 1/2 for any s
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Re: Easy arithmetic problem
lol ap ur cool
(Proposed proof someone posted on AoPS awhile back.)hehe -
Re: Easy arithmetic problem
I quit differential equations
Sh!t was hard as hell
You Wrote a paper on Differential equations
I exploded with jealosy
sumation from 1 - infinity of 1 divided by n to the power of s
there i stated it thats basically all i can do from there XDAAA's = 800
Originally posted by VComment
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Re: Easy arithmetic problem
... You don't get it, do you?
Edit: Actually, ap didn't specify that s was a complex variable, so the way he stated it, there are no zeros. Lol.heheComment
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Re: Easy arithmetic problem
If I were to awaken after having slept for a thousand years, my first question would be: Has the Riemann hypothesis been proven?Originally posted by DarkManticoreX2
-David Hilbert
But then again it's Hilbert so who cares.
Edit:
well then that's a pretty trivial proof isn't it.Edit: Actually, ap didn't specify that s was a complex variable, so the way he stated it, there are no zeros. Lol.Last edited by aperson; 05-16-2006, 10:48 PM.
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Re: Easy arithmetic problem
and..........
locked. don't test me ap. you know i'd greatly enjoy banning your ass again.RIPComment
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