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Quiz: calculating a definite integral
01-02-2014, 11:34 AM (This post was last modified: 01-02-2014 11:36 AM by Gerson W. Barbosa.)
Post: #24
RE: Quiz: calculating a definite integral
(01-01-2014 10:31 PM)Thomas Klemm Wrote:  
(12-31-2013 10:24 AM)peacecalc Wrote:  calculating the integrand: instead of \( x^{-x} \) as \( \exp(-x\cdot\ln(x)) \)
That's a step into the right direction.
What's the next? What's \( \exp(t) \)?


which, upon integration over [0..1], yields
The first ten terms add up to
Cheers from Camboriú, Brazil
PS: Sorry for not elaborating enough (slowly typing this on an iphone)
Ought to be at the beach instead :-)
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RE: Quiz: calculating a definite integral - Gerson W. Barbosa - 01-02-2014 11:34 AM

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