Thread: Not sure where this should exactly go, but...
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Old October 26th, 2009, 05:31 PM
Jameson Jameson is offline
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I'm going to use the perks of my Admin status and bump this question. I'm stumped right now but I'm sure some of our other members could help you out.

EDIT: I've been thinking about this more and more and the only thing I could come with was to use Stirling's Approximation to help choose a generalized A.

n! \approx \sqrt{2 \pi}n^{n+.5}e^{-n}
Last edited by Jameson; October 26th, 2009 at 06:05 PM.
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