calculus 2, integral of (lnx)^2 via integration by parts

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#blackpenredpen #math #maths #trigonometry #calculus #tutorial
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#blackpenredpen #math #maths #trigonometry #calculus #tutorial

[anka]

it seems like you re teaching the whole world to integrate anything i really appreciate it thanks from Turkiye

[farrett]

Short, simple, to the point. first time on your channel and i love the way this video is put together, there is no 10 minute intro about the history of math or anything. Thank you so much

[selmatprkz]

Big thanks from Turkey 👋 This mathematics channel is excellent.

[yasmine]

I just wanted to thank you for making everything so clear! I finally got it!

[taijmohabeer]

hello, i attempted this by the u-sub method and got the same answer despite only recently learning that method. You are an amazing teacher, thank you so much

[hamade]

Wow, this a great explanation. Thanks for putting so much work in!

[victoriabriseno]

This is seriously so helpful. Thanks for sharing your knowledge!!! Glad I found this channel.

[beyzagogebakannn]

Glad I found this channel. Many thanks from Turkie

[muhammadsyahrani]

Finally found the explanation that easily being understand! thank u so much, I'll lookin' forward to ur channel for more of dis :)

big thx from Indonesia

[christianmoray]

You're great dude! I enjoyed this video

[luissaucedo]

You are going to save me in Calculus class. I love your videos and how you explain every part. Thank you!

[harshag.]

It's much better to substitute ln(x)=t. And using x=e^t. Then applying Integration by Parts.

[jinhu]

I love your easy classes, really help me learning bc

[rogue_hk]

you are amazing, thanks for saving my finals

[boidaemon]

There is a a simple way of doing this. set u=lnx, x=e^x and do one integration by parts and u get the same answer, great vid tho as always

[fernandocueva]

I love the way you resorve My problem with this so easy.greatin from RD.

[coreygraham]

Wow. Didn't realize you can use dx by itself in the integral portion of integration by parts.

[taekwondotime]

The integral of ln(x) is in the integration table, so you could have skipped doing the second IBP and just moved directly to the solution. :)
Thanks for the help though. This one had me stumped.

[sakkaran]

Thanks youtube algorithm for recommending you

[vazkuzhd]

Great video man. Thanks, from a human that will hopefully contribute to the world for the better.