Calculus 1 CH 3 Derivatives (6 of 24) Quotient-Product Chain Rule

This video is part of an eight 8 part lecture series on derivatives. Different algebraic expressions require different techniques in order to discover their derivation. I encourage you to watch the whole series and familiarize yourself with each technique as calculus is the key to understanding pretty much everything about the world!

[MichelvanBiezen]

Glad you liked it. Thanks for the comment.

[obliteratedcisco]

Cant believe this was 8 years old and still am getting helped by it(Have my finals in a week 😭)

[matthewmiclat]

SIR YOU ARE A BLESSING :))) I DONT KNOW HOW TO THANK YOU MAN, YOU'RE A

[beverlyfrancis]

I appreciate your response Sir. I was pleasantly surprised!

[BodmonBullet]

Buddy saved me with his 1-4 series videos.

[kenboardrow]

This was a huge help. Very straight forward.

[Pizzabasil]

I was about to hurl my laptop across the room, THANK YOU!

[rawantrader]

had exams and this helped me so much, thank you!

[mehrajsaifee]

Thanks for this u explained it so well. I was searching for this!😀😆😄😉😃😍

[chandansinghbhati]

Tq sir Usefull me for doing my home work to use this idea

[floranieee_]

i did not understand here 2:36 can anyone explain

[zaydalijaafar]

What’a fuckin g, wish I had this guy as my teacher.

[MrMoeqt]

Beautifully explained, thank you loads. Its a nice recap (:

[afihaileywibowo]

Thank you for the video, Prof.
I have a question: what if the denominator is the sqrt of x square, for example (3x + 6 - 2)/(sqrt of 5x^2 - 4x - 10)? How to combine the quotient and chain rule in this example?

[beverlyfrancis]

Question. For derivative of this, can I rewrite the external function separate and proceed as in your example? [(2x+1)÷(3x-1)]^4
Would appreciate an answer

[mikebalbes]

Hello sir! why cant you cancel inside the grouped polynomial?

[stevew]

what about the remaining (5x^3+2x^2) in the numerator that cant be factored out, can you still cancel it out against the denominator making the denominator (5x^3+2x^2)^2 and the numerator ?

[ymbnltt]

so the final answer is ((4x³-3x)²(61x³+6x²))
over (5x³+2x²)³ ?

[nareshbambhroliya]

Why don’t you cancelled 5x^3 + 2x^2
In box bracket with that of denomination?
Can we cancel them ? If not they why
Please reply