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\[\frac{64}{\pi^3} \int_0^\infty \frac{ (\ln x)^2 (15-2x)}{(x^4+1)(x^2+1)}\ dx\]more like a challenge for Mimi.
lol..this is not easy!! Using series?
I don't know, I just find this somewhere. I don't even know what it means. T_T

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It cannot be done by elementry functions; from what I can see. Maybe using series? i dont know!
http://math.stackexchange.com/questions/168485/help-find-hard-integrals-that-evaluate-to-59 I remeber see it somewhere :P this is a crazy integral! wolf cannnot do it!!
@Mimi_x3 Yeah :-P
Noo,, someone posted it a while ago you have to use double series

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