I need to make a suitable comparison or limit comparison to determine whether (sum from n=2 to infinity of) (1/(ln n)^(ln n)) converges or diverges. I know it converges but cannot find a suitable comparison to show this with.
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Originally Posted by crymorenoobs I need to make a suitable comparison or limit comparison to determine whether (sum from n=2 to infinity of) (1/(ln n)^(ln n)) converges or diverges. I know it converges but cannot find a suitable comparison to show this with. Hint: Can you prove that
Last edited by Plato; Mar 12th 2010 at 07:48 AM.
@Plato: it should be n not x.
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