- Thread starter
- #1
- Jan 17, 2013
- 1,667
I found the following integral
\(\displaystyle \int_{0}^{\infty} \, e^{-at} \sin(bt) \frac{\ln t}{t}\, dt \)
This thread will be dedicated to solve the integral , any ideas will always be welcomed
.
Serious steps will be made in the next threads . It seems to involve Laplace identities the value returned by Mathematica is insane
.
\(\displaystyle \int_{0}^{\infty} \, e^{-at} \sin(bt) \frac{\ln t}{t}\, dt \)
This thread will be dedicated to solve the integral , any ideas will always be welcomed

Serious steps will be made in the next threads . It seems to involve Laplace identities the value returned by Mathematica is insane

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