Derivatives - Free Formula Sheet: bit.ly/4dThzf1 Final Exams and Video Playlists: www.video-tutor.net/ Calculus 1 Final Exam Review: th-cam.com/video/WmBzmHru78w/w-d-xo.html Next Video: th-cam.com/video/B1YkgNDbx5o/w-d-xo.html
One day I will thank you for my degree, right now I just wanna thank you for the credits I have accomplished. Sometimes I wish I could actually see you, I hope you don't stop doing this for us, I can't believe that you do it for free. I could literally skip college and watch your videos, let us know of any other project you do, would love to share them with the world. I love your voice by the way.
@@ijijniuj ok chief lemme tell u smth I've been sitting here tryna differentiate the fuck out of 2/x and I have not a single clue how to do this shit so can I get some actual explanation over here
@@ijijniuj this class? Bro dis an IG ting I finished the entire syllabus it's just that I can't remember exactly how I used to solve these questions and I'm too lazy to look through my old textbooks man fuck
Professor Organic Chemistry Tutor, thank you for a basic explanation of the Derivative of Rational Functions in Calculus One. I also want to thank the viewers for finding the error in this video at the 4:00 mark.
I do really understand your explanation more than my proffesor. Sometimes during my maths class, I don't understand the maths explanation but upon watching those tutorials, I know much better and learn alot here. Thanks alot😘
Thanks A Lot Was Searching For How To Differentiate Rational Functions And Understood In 2 Min And Its Cleared My 1 Week Doubt in 2 min Thanks A Lot Keep Uploading These Types Of Vedioes🙂👍
Shortcut for derivative of a function of type: f(x) raised to g(x) Let f(x) be f Let g(x) be g Let derivative of f(x) be f' Let derivative of g(x) be g' d/dx(f^g)=(f^g)(f'(g/f)+g' log(f)) For those who couldn't understand what's written above, It reads as: derivative of f raised to power g is equal to f raised to power g times (derivative of f times g by f + derivative of g into log(f))
Tutor how helpful and understandable your execution and clear the visuals, the monument of speech and concise problems prove satisfaction in my studies gd bls
This guy is so calm and smooth but I don't understand anything he's saying and it's so annoying he doesn't even explain anything he just does it like I'm supposed to already know what's going onl
He didn't use the quotient rule in the beginning because those derivatives are easier and quicker to do without the quotient rule. You could still use the quotient rule, it is just not as efficient. He starts using the quotient rule around 5:30 in the video. Hope this helps!
Derivatives - Free Formula Sheet: bit.ly/4dThzf1
Final Exams and Video Playlists: www.video-tutor.net/
Calculus 1 Final Exam Review: th-cam.com/video/WmBzmHru78w/w-d-xo.html
Next Video: th-cam.com/video/B1YkgNDbx5o/w-d-xo.html
One day I will thank you for my degree, right now I just wanna thank you for the credits I have accomplished. Sometimes I wish I could actually see you, I hope you don't stop doing this for us, I can't believe that you do it for free. I could literally skip college and watch your videos, let us know of any other project you do, would love to share them with the world. I love your voice by the way.
thats not obsessive at all
@@ijijniuj lol ikr wow man
Matite Colorate Baneswitch you a year late chief
@@ijijniuj ok chief lemme tell u smth I've been sitting here tryna differentiate the fuck out of 2/x and I have not a single clue how to do this shit so can I get some actual explanation over here
@@ijijniuj this class? Bro dis an IG ting I finished the entire syllabus it's just that I can't remember exactly how I used to solve these questions and I'm too lazy to look through my old textbooks man fuck
Professor Organic Chemistry Tutor, thank you for a basic explanation of the Derivative of Rational Functions in Calculus One. I also want to thank the viewers for finding the error in this video at the 4:00 mark.
youre the goat. you get straight to the point with this stuff and make it so much less confusing
Bro this taught me more in two minutes than my teacher has in 2 weeks
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not -18x instead of -18 at 4:05?
he forgot to write the x but he did say 18x
@@sirtoombingo7531 So it should be 18x/(x^2-6)^2 right?
@@melissacamden1949 yes
@@sirtoombingo7531 thank you
Yup he said it
I do really understand your explanation more than my proffesor. Sometimes during my maths class, I don't understand the maths explanation but upon watching those tutorials, I know much better and learn alot here. Thanks alot😘
Thanks A Lot
Was Searching For How To Differentiate Rational Functions
And Understood In 2 Min
And Its Cleared My 1 Week Doubt in 2 min
Thanks A Lot
Keep Uploading These Types Of Vedioes🙂👍
Shortcut for derivative of a function of type: f(x) raised to g(x)
Let f(x) be f
Let g(x) be g
Let derivative of f(x) be f'
Let derivative of g(x) be g'
d/dx(f^g)=(f^g)(f'(g/f)+g' log(f))
For those who couldn't understand what's written above, It reads as:
derivative of f raised to power g is equal to f raised to power g times (derivative of f times g by f + derivative of g into log(f))
U just like my professor fr. Ik ur right but i just can't understand anything from both of you lol
There's an error for the derivative of 9/x^2-6....It should be -18x/(x^2-6)^2
Truee, your answer is right.
There's no error though
Yeah I noticed he said 18x but only put 18 no x, it’s ok tho, I just wrote what he said
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Thank you So much for posting this, you are the reason I was able to understand and finish my homework tonight. You are amazing. Thank you again.
This guy can solo any math concept in mathverse
Tutor how helpful and understandable your execution and clear the visuals, the monument of speech and concise problems prove satisfaction in my studies gd bls
Thank you so much. You teach and explain in a way that is easy and fast to understand. Keep it up. 🇷🇺learning from Russia 🇷🇺
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At 4:03, shouldn't the answer be -18x/(x^2-6)^2? He even said it was supposed to be -18x but I guess he forgot to write the correct answer
yes
Great work!
How does it go into a positive 18x and not -18x at 7:39?
Cause he multiplied -9x with 2x first, then got a -18x^2. When he multiplied that value with the negative sign before (5-9x), he got a positive 18x^2!
4:34 Can I use qoutient rule to this? Because why he rewrited it? What's the matter?
10:49 but i think you can't separate the numerator and the denominator, because we don't know what x is equal to.
Thank you sm!!♡
I think you dropped x of -18 at 4:03!? It was supposed to be -18x/(x^2-6)^2 to my understanding!
Thank you
in the second example u said -18x but wrote -18?
apparently he just forgot to write the missing x. People in the comments have said -18x/(x2-6)2
thanks 🙏🏻
Thank you
This guy is so calm and smooth but I don't understand anything he's saying and it's so annoying he doesn't even explain anything he just does it like I'm supposed to already know what's going onl
how do we know when to stop simplifying? at 8:03
or even at 11:28 . The only problem I am having is how do I know when to stop simplifying
Thanks sir
How do I derive fractions with square root on the numerator
apparently the online homework website doesn’t think -1/x^2 is correct
At 4:03' -9 ×2X and and answer is -18 how ..as in why is it not -18X
It should be -18x, he just made a mistake. You are correct!
rational derivatives are so irritating thank u sir
Would you need to simplfy question 5 to be f'(x) = -3/(8*(2x-1)^5)?
How do I know which one is g or with one is f for No.5
Pedro Gomez its up to you.. But to be easy.. Let denominator g then follow formula
The top will be f and the bottom g.
4:05 ayo, homeboi, forgot the x in -18
-18x
Is chain rule the same as general power rule?
3:36 He completely lost me here. Why does he multiply by 2x? where does that 2x come from?
Is there a video on how to use first principles on rational numbers
Simple, don’t
U forgot the x in 4:06
This... is goooooooood. 🤤
Why cannot we use quotient rule?
He didn't use the quotient rule in the beginning because those derivatives are easier and quicker to do without the quotient rule. You could still use the quotient rule, it is just not as efficient. He starts using the quotient rule around 5:30 in the video. Hope this helps!
what about 60/p
5:24
"Ayan, that's the answer."
Is he a Filipino? I had no idea.
The entire new calculus playlist is really disordered. This video is earlier than the chain and quotient rule. Makes it very confusing
figure it out yourself
he can’t do everything for us
What even is this saying