How To Integrate Using U-Substitution

only vid that helped me understand (my calculus is pretty weak). tomorrow is my integration test lol! ur saving lives

Good exactly

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No advanced teaching! The exam is different

are x and 3x the same degree? 3x is under a sqrt, wouldn’t that be 3x^1/2?

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i'm very grateful for all the teachings i have learnt from you

someone pls help me at the 9.45 part of this vid, 1/U square is the same " ln" square, i dont understand why he didnt do that

why u make every thing easy😍

Amazing teacher and a great person❤

The very BEST u-sub tutorial on YT ❤❤

Did he forget to take the integral of U on number two?

Superbro

Thank you so much🙏 😭😭 struggling through Calculus 2 because of professor accent but this video made it so easy❤

Have you ever imagined university life without the organic tutor????

Respect man !! Love them vids !!❤

studying for a calc midterm and your videos are exactly what i need to refresh my knowledge, youre the goat

Why??????? Why are you better than my MTH 102 lecturer?

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thank u

The derivative of cos is -sin
Somebody tell me why he didn't include the negative

Amazing

Helped me out in High school and still helping me now in Calc 2 in University. You're the Goat.

Thank you 🙏 this video really helps me

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I can solve these in about 10 seconds by looking at them I wish I was this good when I was doing my A Levels

I have used this video like 10 times in my whole life (which for me is a lot), this person is doing what the internet was made for

Imagine Bro teaching me the whole of Intergration in one day. Thanks bro!!!!!!!!

Great content! Only issue is the spamming of ads. Every time I rewind, I have to watch a 32 second unskippable men's fashion ad ugh! I figure you're big enough now that you don't need so many ads no? I mean get your money -- you deserve it. It just makes the learning process THAT much more frustrating getting bombarded with ads.

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Not me watching this an 1 hour before my quiz

Amazing. Thank you so much sir

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I Love you Man

watching before my test at 8 pm, wish me luck🤭

You helped me starting all the way back from when I was in algebra 1. I know you won't see this but I wanted to say thank you. You helped me get to calculus in my junior year of high school.

you said that the integral of e to the u was e to the u plus c when u was a linear function of x but if u is x to the power of 4 then the integral of e to the u is e to the u divided by the derivative of u with respect to x plus c and the derivative of x to the 4 is 4 times x to the 3. Therefore the antiderivative of e to the u when u is x to the 4 is equal to e to the power of x to the 4 divided by 4 times x to the power of 3 plus c

bro , I swear to god, ur way of teaching is easier to understand and grasp than my prof. Thank you very much for this vid!

Thank you more and more, wish you long life😊💕

hey so , if the degree of x is the same we just find for x , right ? that remains true for every degree?like x^2 and x^3 and all and not just x^1

Different just built DIFFERENT!