Tabular integration

[@erenoguz3297]

I don’t know about tabular integration but this is the DI method of bprp

[@woody442]

DI method is basicly just an algorithm for repeated integration by parts.

[@nicogehren6566]

Very well

[@neilgerace355]

5:33 Can N be negative, fractional or irrational, so we would need the gamma function instead of the factorial?

[@Aman_iitbh]

Yeah

[@holyshit922]

But if N is negative integer Gamma does not help

[@drpeyam]

In this context N is any positive integer

[@driksarkar6675]

The definition of the Gamma function is already pretty similar to these integrals- in fact, L{t^n}=Γ(n+1) for s=1 by definition. The method he’s using here, however, requires the table to be finite, which means that n has to be a positive integer in this case.

[@orenfivel6247]

Can u make videos about inverse laplace transform and inverse z transform and examples of direct calculation of those inverses?

[@historybuff0393]

Should it not be negative 6 over s to the power of 4?

[@bjornfeuerbacher5514]

The example was not well-chosen... this integral could be done much faster by substituting u = st and then using the Gamma function.

[@drpeyam]

But then you would need to prove that the gamma function actually gives the factorial, so it would be circular reasoning

[@bjornfeuerbacher5514]

@@drpeyam Good point. :) Ok, I change my comment to: "An easier example would have been to prove that the Gamma function produces the factorial for positive integers." ;)

[@andikusnadi1979]

Mr peyam. Looks tiny.

[@andikusnadi1979]

kzbin.info/www/bejne/qHy0pWOFa5t3Zqssi=_-U83xAGdRjJPrMP kindly explain with your style sir. I di dn understand.