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Flawless Presentation, Sir!

Flawless Presentation, Sir!

I didn't get it how come 3 is here? I mean how did you find the 3?

you saved my life

Bro taught me math in my second language

You are saving my bacon right before a Calc 3 mid term. I had a vague idea what to do but I always forget the final step. Thank You!!

finding gold but got platinium. Thanks edit: want to ask, does x limit need to be one number for any question?

I think you can give a theory before the question, like explaining better what you doing, you just laying it down like my professor will, better explanation needed.

thank you so much your amazing

my proffessor sucks in my calc 2 class i can barely understand bro

ilysm

ilysm

Your so smart thank you

how would you do this but for a general plane instead of the xz-plane

Couple years later from you posting this it really helped me to understand why I need 2 integrals

Thanks, bro. This video has really helped me. I'm struggling with my maths course, but your explanation has renewed my hopes that I may pursue it after all. I was toying with the thought of dropping the course, but not anymore. I'll fight through it, and I'll come out on top. Thanks a ton.

Thanks a lot. I was struggling a lot to solve the last art

Thank you!! There are exercises in my discrete math book like this and the book didn't talk about repeating decimals at all

How would you do it if it were subtraction of absolutes instead of addition

Thak you for the informative explanation

Thank you sir. You make it kinda easier to grab the point and understand. Actually it is in my 12 class Sallybus and am trying to lesson to your video and understand. And i would be very happy if i could directly tell you my problems of Mathematics. Kindly do me a favor in this case.❤

I don't understand first step why the u vector is equal to v vector / magnitude ?? Can u pls explain in brief here in comment section

Thank you this was very helpful. 😁

Thanks you sir for the great explanation ❤❤❤

90% Indian audience😉

I'm still working on knowing or rather, recognizing when you 'need' to change the order. As well, still working on when to use U sub, esp, in Polar Integrals. I guess I need to do a lot more , plenty of examples to get used to 'seeing' and 'recognizing' the problems.

Perfect thank you so much😊

Hello, can you explain why we need to derivate V at 18:00?

Thanks sir

Thank you for the wonderful video. Please, what program do you use for writing and also the program you use for screen recording?

"Thank you glass of numbers" 5.2k ppl say in unison

Integration by parts is faster and easier in this example

extremely helpful and well explained! Appreciate it and keep it up!

Life saver🙏 💜

Please clear your sound

THANK YOU 😩😩😩😩

Very good video, well explained. However, you mentioned, 'I will be making another video to solve this same problem without using the formula!' but I can't find it.

Sir thank you very much🙏🙏❤️

do you use graphic tablet?

love from the netherlands <3

when doing the different cases, why does it have to be an equation (=)? is it not possible to retain the signs and solve it like a regular inequality?

expanding the (2(n+1))! into those three factors was extremely confusing for me.

If anyone is planning to use this without a square root in the function, just remember that the domain of the integrand and the answer need to be identical, in this video it is but in many cases it's not Since you introduce a square root in the final answer the domain ends up being the x values that make that sqrt argument positive or 0, which might not be the same as the domain of the integrand.

thank you! im trying to prepare myself for calc3 for the upcoming fall, this helped. keep it up!

thank you! great explanation

this is what I've been looking for😭

Thanks

What a strange way to write tan(x/2)+c

Enjoyed. Go on.

If I use de l' Hospital I get the same result. But solving it this way is far more interesting and exciting.