Integration: Substitution ( u substitution) Example 1

Visual Example of How to Use U Substitution to Integrate a function. Tutorial shows how to find an integral using The Substitution Rule.
Another Example: • Integration: Substitut...
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[@sinnddonnhare8322]

I was LITERALLY about to click out of the video until he said "don't run."

[@brittharmony5126]

One of the most easiest and greatest U substitutions I have ever seen in my life God bless You!!

[@alessandrolagi2147]

FINALLY a great video with a step by step explanation!

[@alexdehmer6621]

Best explanation yet! Thanks for showing us where you plugged stuff in!

[@jorgepadilla9626]

I finally understood what happens to dx after doing the u substitution, thank you!

[@ClashergodClashergod]

nevermind dude you are the best this was the only video that i clearly understood how to integrate easily with the u substitution Thanks a lot...Now i am ready to get a 7/7 on my exams on HL maths

[@HalifaxHercules]

While I learned Differential Calculus in one of my university level Business Math courses, I never learned "U" substitution and Integral Calculus. Makes me more excited to learn more advanced Calculus topics.

[@youngtaeklee2081]

YOU ARE AWSOEM, so easy to understand! Really appreciate it

[@azrinaroslan5336]

Thank you so much!! Love your explanation, so clear

[@ShredMasoom]

YOU ARE THE GREATEST TO EVER DO IT.

[@CODMODDERZ360]

You're a fucking legend dude. Best explanation I've ever seen. Hope you become a billionaire!

[@Bretkane]

Great job! I did not understand until now!

[@sultanmadrid19]

Best explanation I have ever seen, u save my life.. Many thanks

[@zofoanani8331]

wow this explanation is very straight forward this the best

[@bee-ep9qz]

thank you for the video, it was well explained and nicely made :) I can do the question I was stuck on now

[@c.c.1297]

The way of explanation is very calm and friendly. It is very understandable with the help of the simple and neat visuals especially the highlighting of what is being pointed about. I hope to see more math related videos like this format from your channel Sir :) .

[@molefipalesa163]

I'm writing maths tomorrow and you video just helped me a lot thank u for uploading ... I subscribed and like n shared the video just now

[@sk8rfreak725]

"square rut"

[@devinbryant2423]

Hahahahaha

[@fadzlihbahar1932]

thanks bro..with ur explanation now i can solve my tutorial maths.

[@spudhead169]

I'll be your friend. That was a very good, clear and easy to follow example. Thank you.

[@lewisniedzielski2192]

Saving my a levels over here thank you

[@gcas3744]

thank you for this video! I was having a difficult time figuring this out.

[@benalberts1171]

Very helpful- I wonder if there are more videos for different integration techniques?

[@kimcaesar2659]

I love the explanation! What software do you use for making these videos?

[@cici7774]

BEST EXPLAIN EVER!!! Thank you so much, very appreciate

[@safaasaid9130]

thank you ,great explanation. you saved my life :D

[@ThunderBow98]

congrats on 1k subs

[@peaceofmind6141]

Best ever by far!!!

[@Nel400]

What about if you have : the integral of x.(1+x)^(1/2) ?? I have du=dx but the x bothers me.

[@rahulahuja3721]

Amazing explanation sir!

[@ahmi_baloch]

i love it the way you teach

[@amissdirge5722]

Wouldn't 4sinh^-1(x) also be a correct solution to this integral?

[@maximilianloesener9937]

Best explanation ever !!! TY!

[@nolybabfoedirp]

if i had 4/root x and i take 4 as a factor do i have to subtract the 4-1 or how do i have to do it? can someone help me please

[@adityaadhikari6363]

Thank you so much! Helped a lot

[@goldennugget3032]

thx alot for your help. This mean so much for me.

[@kenpedraza5775]

This literary help me thanks a lot!

[@crlntravels]

Thank you!! It has been really helpfull!

[@hamadalyami2908]

woooooooow god bless you that was amazing

[@vetiscon1276]

Why did you find the dx equation from du? What is the proof for it?

[@momenakhatoon5996]

Why did he stop making videos! I need him to pass my calculus final. :(

[@felixtira5245]

Absolute legend.

[@edwardmorris3453]

Very nice. Is it true that the derivative of u is du? Should you not have said "du/dx"? It confused me a bit.

[@ventin75]

very good explanation with animation... keep it up bro...

[@shipradebnath8646]

p😊

[@nicolassarafidis5223]

Excellent video , thanks

[@m1cannas]

Super explained. Cool.

[@johnsneaker4356]

Differentiating your answer is a great way to check if your integration is correct

[@vivekanandayouth558]

sir keep doing videos on maths we the students need ur explanation

[@thesummationpufc7418]

how would you do this by parts?

[@manjupunia4192]

It is very easy to explain and thanks Sir

[@MOATHALSHIBLIvfx]

thank you !!!. that was very useful...

[@lauracorbiere1267]

How do I know what part of the equation is U?

[@fiendsgaming7589]

So professional, best

[@inoffensiveusername4684]

Who thumbs this down? It was a great explaination lol

[@Steven-ow3hj]

First of the explanation is good for rote learning thus lacks the deep understanding, in the demonstration during first example he bypassed a crucial step he didn't mention When u=x^2 +1 =>The derivative is du/dx=2x then you make dx the subject.I advise you to learn what dy/dx means if you haven't already . Edit (BTW I disliked the video) .................. (>_

[@SuperYowatup]

Steven ' that 2x would cancel out 😂😂

[@kusumaungarala14]

Wow super explanation sir

[@switchydoe]

you could just take the 4 out the integral and multiple the bottom and top by 2 and that would be just the derivative of √(x²+1) times 4

[@EngineeringSecret]

Thank you very much to your nice video ..

[@stokey99]

very well done!

[@hudhayfahdhimesh3280]

very good

[@kendolemalleswara]

Sir ur another Chanel are pleas sent

[@maheenbaloch96]

derivateev

[@blizzrd6578]

square rut

[@ravindrana3606]

Sir which is this software?

[@calocumar7414]

thank you so much thank you so much sir

[@Ala22223]

Life saver thank u !

[@saijithcharath7957]

Best Explanation

[@justicemaluleke2638]

wooooooow ITS PERFECT..........thank you

[@mianafnan3952]

great !

[@floko8714]

thx !! that's very clear even if english is not my first language :)

[@mairajmughalacademy8464]

Nice Lecture 👍

[@Ray-ml8hx]

Mind blowing.

[@numa1401]

clear explanation.......

[@nkanyisosibiya5029]

WOW AWESOME!

[@abhinandanmalhotra3946]

Thanks a lot......Sir

[@nbabro9132]

Thank you

[@real01s.50]

thank you !

[@user-jk1zw4zn3z]

We understood

[@MrDoctorlee2]

😄감사합니다.

[@user-wo5ch9eu9r]

If use f'f^ n=f^n+1/n+1 isn't ?

[@ziziphombali6097]

Understandable 👌

[@kzi311]

Thank you :)

[@lovelylonely3896]

Impressive

[@timtran7756]

thanks

[@joefridaysucks]

thank broh.

[@kendolemalleswara]

Sir please where are u sir ur continue to change the our life pleas sir

[@tintinfan007]

Calculus is more fun than any video game...seriously

[@matokurin]

Great

[@dilipkumarsingh1698]

Thanks sir

[@ShredMasoom]

i love you calculus god

[@izaliyeva338]

Thank u soooo soooo much

[@AzabArch]

Thanks bro

[@mhizzudin]

thank dude

[@majbaulemon]

Thnx...

[@10Greencubs]

Wow, very fucking nice. Thank you

[@itsallmathematics2608]

Integration by parts be like: why am I here😑

[@thonmajok5575]

Thanks for the video my dear, I was having a problem of substitutions.

[@jaysonbalanday6054]

Hello po Sir I have a formula for Integration by U-substitution no need of Solution i just found a fastest way.

[@GlobaliveKh]

🤩🤩🤩🤩😍😍😍

[@urabus]

oh my god i forgot that the xs cancel out i thought theyd subtract eachother

[@ClashergodClashergod]

Relasssionsssip

[@NurHadi-qf9kl]

4.¥(x^2+1)+C

[@gracelyncampos9246]

Nice" don't run"