[@ZSendokame]

Not even a minute from the upload, but seen your videos and this is probably just great; just as the other ones! Thanks for it

[@saltdestroyer]

I saw that immediately, and when you did it a different way the first time, I thought I was trippin

[@holyshit922]

ln(3sin(x)) = ln(3) + ln(sin(x))
d/dx ln(sin(x)) = cot(x)

[@holyshit922]

It was my first idea but substitution presented on video works better

[@xinpingdonohoe3978]

That's what I did, though I guess I had an implicit substitution-like thing. cot(x) ln(sin(x)) dx = ln(sin(x)) d(ln(sin(x)))

[@davidgagen9856]

Brilliant explanation

[@pauljackson3491]

The good part of doing many u-subs is that you are less likely to make a mistake in the differentiation.
What happens if you do the whole u=cot*ln(sin)?

[@user-yd4ky5vb3w]

Thanks for an other video master

[@haroldosantiago819]

It's look good....

[@Tosi31415]

cotx is the derivative of ln(3sinx),therefore we use integral[f(x) *f'(x) dx] = f²(x)/2+C

[@sayak6673]

easy peasy

[@Harrykesh630]

lemon squeezy !!!

[@oscarfranciscosantanafranc8948]

Dear Newton I love you and yours videos too! 😂😂😂😂😂😂😂😂
Please help me with this integral (sinx)^(1/2) dx

[@ghstmn7320]

I think this one doesnt have an elementary antiderivative

[@PrimeNewtons]

More than I can handle

[@criskity]

This is a non-elementary integral that requires a special function called the elliptic integral of the second kind.

[@schmidtlach]

Brilliant