LCSphysicist
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can integrate 1/(x*lnx) by parts??
The discussion centers around the integration of the function 1/(x*lnx) and whether integration by parts is a suitable method for solving this integral. Participants explore different approaches and express uncertainty about the effectiveness of integration by parts in this context.
Participants do not reach a consensus on the use of integration by parts for this integral. Multiple competing views remain regarding the best approach to take.
Participants express uncertainty about the effectiveness of integration by parts and the potential existence of simpler methods, but do not resolve these issues. There is also a lack of clarity on the specific attempts made by participants in solving the integral.
Parts is probably not the best approach. Instead, look for derivatives within the integrand.LCSphysicist said:Summary:: .
can integrate 1/(x*lnx) by parts??
Yeh, i know that there is a easier way to resolve it. But i see that try by part we can't ccame in the right answer, i need to now if i made a error or indeed we can't use integral by parts here, and if we cant, why?PeroK said:Parts is probably not the best approach. Instead, look for derivatives within the integrand.
You'll need to post your attempt. No one can help if we can't see what you've done.LCSphysicist said:Yeh, i know that there is a easier way to resolve it. But i see that try by part we can't ccame in the right answer, i need to now if i made a error or indeed we can't use integral by parts here, and if we cant, why?