(Proof necessary)
limn→∞(n!)1nn
I don't have an answer yet, but I know it exists, and is less than 1.
Edit. Winther's answer is the most correct I don't understand how he is jumping from (log(n!) - nlog( n )) to it equal to the Sum from k=1 to n of log(k/n). Don't presume, it's wrong, I need to go, and I'll keep looking at it when I get back
Any help is appreciated
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