Different method to solve extremely hard super monster logarithmic integral previously solved

Mis-1928A
Integrate ln^2(1 - x)ln^2 (1 + x)dx from 0 to 1
#calculus #definite_integrals #integration_by_parts #betafunction #gammafunction #algebraic #manipulation #riemann #zeta #function #cipher
Light Awash by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. creativecommon...
Source: incompetech.com...
Artist: incompetech.com/

[@trelosyiaellinika]

It it not for nothing that I adore the Beta, Gamma and Digamma functions! This is fascinating indeed, and principly, not too difficult once you grasp the concept. Though it is too long and difficult to follow on a fast track video without your head spinning... I will have to do it myself step-by-step to really grasp it. Thanks a lot! I will certainly have a look at the other silution as well.

[@cipherunity]

The purpose of this video is educational. It took me five days clear every thing. But I am happy it is done.

[@trelosyiaellinika]

@@cipherunity Thanks a lot! It's an enormous and cumbersome task.

[@cipherunity]

@@trelosyiaellinika I enjoyed

[@sticko5780]

Incredible, you are underrated continue you are the best ❤😮

[@cipherunity]

Thanks

[@vith5927]

You’re amazing

[@cipherunity]

I am glad you liked it

[@wayfereralpha7072]

Is there any other possible solution to this problem? I think this solution is so long that it is not quite fit for learners who want to find a solution to only using simple calculus without(or at least as well as we can) advanced concepts of special functions in the field of the number theory of analysis. Even If my English is so awkward and inexact since I'm not a native, I wish to get a considerate answer to take into account of this question.

[@cipherunity]

It is not a simple problem. This was the 2nd solution provided. This problem was done before using different technique. Following is the link for other solution
czcams.com/video/Gmj1xS-h-WY/video.html
That is too long as well.

[@ayrthhhn]

hard indeed

[@cipherunity]

It is hard but good for learning.

[@SussySusan-lf6fk]

It's not that hard... Just long
Your mis 1928 is already there

[@Anonymous-Indian..2003]

Hello mam
I hope you remember me 😅

[@SussySusan-lf6fk]

@@Anonymous-Indian..2003 Hey I'm 18 years old, don't call me mam 😅. I'm embarrassed