I have been spreading the thumbs up everywhere and just for thanks I will pay homage to the almighty algorithm and comment too. I cannot stress enough how much this kind of clearly demonstrated math makes a difference.
Professor Organic Chemistry Tutor, thank you for an excellent video/lecture on The Arc Length of Parametric Curves in Calculus. This material is simple to follow/understand, however the Definite Integrals can be problematic from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
He changed the bounds to be in terms of u not t. He plugged in 0 and sqrt(8) into u= 1+t^2. If you do that, you make your bounds in terms of the sqrt(u) and you don't have to plug the u back in after getting the anti-derivative. But if he didn't change the bounds then he would plug the u back in then put in the original bounds.
SIR, WHAT ARE THE STRUCTURE OF ANILINE AT PH =2 AND PH =10? .., I AM FROM INDIA AND FIRST VIEWER OF THIS VIDEO... AWESOME VIDEO SIR...PLS SOLVE MY EXAMPLE BY VIDEO IF YOU FREE BECAUSE I KNOW EVERYBODY HAVE THEIR OWN IMPORTANT WORKS.....
It is depressing to see you not filtering out common factors in the first step. You multiply through and then filter out common values.. It is depressing
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Good my teacher 😊
I love how this one nameless dude is somehow better than all my math profs, I owe my college success to him
I have been spreading the thumbs up everywhere and just for thanks I will pay homage to the almighty algorithm and comment too. I cannot stress enough how much this kind of clearly demonstrated math makes a difference.
These videos hit different, thank you.
"hIT diFfeREnt"
You're the best. You have saved me in calculus and chemistry classes countless times.
Thanks!
I know you get this a lot, but you are a LITERAL lifesaver! You deserve a statue.
I'm watching from Papuan New Guinea, sir you help me a lot....❤
This is so simple. Thank you!
this guy explains everything...💯💯🖒🤗
Thank you so much for teaching me how to find the arclengf of parameters
I will always respect how this chemistry dude teaches math beautifully
عاشت ايدك الشرح ممتاز
تحية لك من العراق ❤
Professor Organic Chemistry Tutor, thank you for an excellent video/lecture on The Arc Length of Parametric Curves in Calculus. This material is simple to follow/understand, however the Definite Integrals can be problematic from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
I've been watching you for years you're amazing teacher on this planet please ♥️ I wanna talk to you
Thank you so much man. You're the best 💯
"dx/dt is gonna be AT&T"
You saved me on my reading quiz.
nice and clear, very helpful video
i dont go to morning classes because of you💞
God bless you man you the best
bro.. thank you .. sincerely
Hello from the motherland❤🇿🇦
Sir, please start with easier problem. Thank you.
Genius sir i haven’t the words for u in nutshell ultimate
Thank you, very cool!
Thank you !
Badbwoy!! Thank you
Thank you so much!!
How do you know when to substitute and not to?
thank you
y do we need to change the limits of integration ?? @4:40
You always need to do that whenever you do U-sub
thank you
Thank you :)
Sir I am not going to my college because of you ( you teaches us everything. .. thumbs up 👍👍)
you got mail at 11:37
ik this comment is from 2 yrs ago, but oml when I heard that I got a mini panic attack bc I thought I wasnt alone at home lol
Why didn't you plug back in your u at the end of the first problem? If you plug it back in the equation 1+t^(3/2) for u, you get a different answer?
He changed the bounds to be in terms of u not t. He plugged in 0 and sqrt(8) into u= 1+t^2. If you do that, you make your bounds in terms of the sqrt(u) and you don't have to plug the u back in after getting the anti-derivative. But if he didn't change the bounds then he would plug the u back in then put in the original bounds.
@@lujayns.8911 wow this actually helped me instead of being useless garbage. Thank you!
SIR, WHAT ARE THE STRUCTURE OF ANILINE AT PH =2 AND PH =10? .., I AM FROM INDIA AND FIRST VIEWER OF THIS VIDEO... AWESOME VIDEO SIR...PLS SOLVE MY EXAMPLE BY VIDEO IF YOU FREE BECAUSE I KNOW EVERYBODY HAVE THEIR OWN IMPORTANT WORKS.....
xqcL
I can’t find the right video for what I need, I’m being asked to find the arch length between points Q to P. Darn you calculus
but how do u get that formula
Its just a standard rule that is used by everyone
Test in 2 hours let’s get it
Why did you change lim of integration if u plug back in for U in the first one?? I dont think you did it right bro
Oh nvm u didnt plug back into U. But if I integrate it normally without changing limits I get a diferent answer
Eric H yeah I got a different answer to
5:04
You did a u substitution but you never replaced what u equalled back into u. Is that not the method?
You can do it either way, but if you integrate with u then you just change the limits of integration
why did I get 104 after solving this problem and not 42......
5:38
I stg this guy speeds up his videos to lower the length of them.
Smart
It is depressing to see you not filtering out common factors in the first step. You multiply through and then filter out common values.. It is depressing
Man Gaye ...😳🥺🥺🥺
am lost y doesn't he sub U back
It's because he changed the limits of integration. But if you don't change lim of integration, you can just sub U back in.