Recent content by Arhimede

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    Graduate Try using a sterling approximation on the factorial

    thanks for solving it is quite simlpe resolved, I know another solve more complex, it seems that yours is the easier
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    Graduate Try using a sterling approximation on the factorial

    From math's corpus
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    Graduate Try using a sterling approximation on the factorial

    There must be a solution. several days i try to solve this problem but i do not reach any results.
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    Graduate Try using a sterling approximation on the factorial

    Can somebody demonstrate : \[ \frac{n}{{\sqrt[n]{{n!}}}} < \left( {1 + \frac{1}{n}} \right)^n \] ITS not A HOMEWORK