Chain Rule with the Product Rule Problem 3 (Calculus 1)

[@colint3758]

These are the type of hard problems on tests but not on the homework. Thank you for giving a step-by-step analysis!

[@WantBadtime]

Its on my homework. Screw you Pearson Mastering Lab!!!

[@khalilfuller4939]

Dat fucking part!!

[@ゆじ-d5i]

You are a LIFESAVER, I love how you go through everything step by step so all my silly questions are answered too.

[@BlackTshirtMathProfessor]

You’re welcome, fellow mathematician! I tell my students that no question is too silly or stupid to ask. The only silly/stupid questions are those that are not asked.

[@lessName1]

The rule is so weird and confusing yet he explained it in the most easiest and understandable way. Thank you, sir!

[@seifameen95]

I looked all over youtube for a simplified way to solve these equations and your way was the best thanks a lot

[@nathanavila5512]

You are really good at explaining thanks you

[@skysanchez1574]

Thanks for the tutorial! I already knew how, but the simplifying part was tricky. Thank you for the clear and detailed explanations! It helps out a lot!

[@Ewoshi22]

THANK YOU! This really helped me for some of my derivative questions regarding product, quotient and chain rule, especially where you had to factor at the end!

[@FatimahKamara-j5i]

you're literally a life saver.

[@cizzle2054]

Finally someone that can make this rule make sense. Thanks sir :) ...... The pointing tho 😂

[@isaacoloo4527]

Thank you so much prof you've really simplified this concept

[@BlackTshirtMathProfessor]

Awesome! I’m glad it helped.

[@gaBgaBigBy]

Beauty video - thanks for helping me understand

[@mariel-janedeniegagamarcha9728]

wow can u make a lot of simplified step by step tutorial for calcuus, this is somehow way more clearer Thanks a lot!

[@stockman9083]

bro this helped so much thanks I finally got it

[@Desi_yo_bestie]

U really helped me understand this, thank u!

[@ejboyedza5261]

very well explained!!! thank you so much.

[@pepper5117]

thanks james

[@BlackTshirtMathProfessor]

Who’s james?

[@pepper5117]

@@BlackTshirtMathProfessor you kindof look like James McAvoy

[@BlackTshirtMathProfessor]

Oh. I never got that before. I’ve gotten Justin Timberlake many times but never James McAvoy

[@lego7535]

THANK YOU

[@Baiysuu]

but can i use f(x)dg(x)+g(x)df(x)?

[@BlackTshirtMathProfessor]

Yes, it’s an equivalent version of the Product Rule.

[@peterk.4266]

Thanks.

[@kenzuko]

Eh? Why mine is so hard to do I mean how do I do this
(X^3+6x)^5×(x+2x)

[@davidoneil9148]

the X is what makes it all the more difficult lol

[@christianbautista9372]

SIR THE PRODUCT RULE FORMULA IS F(x) dG(x) + G(x) dF(x)

[@BlackTshirtMathProfessor]

The order of addition and multiplication can be reversed, right? The formulas are equivalent.

[@davidoneil9148]

@@BlackTshirtMathProfessor Christian is reaching, it would've been a different story if you'd have switched around the quotient rule since its subtraction.

[@abhishekbhamare4002]

Sir,
An indian proffesor has claimed that he has solved riemann hypothesis.
Have you seen his paper?

[@BlackTshirtMathProfessor]

I haven’t yet but I read that there might be some problems with the proof. I’ll check it out.

[@KondwaniPhondo]

Your writings aren't too visible

[@MaskedCryptiC]

its completely visible

[@MaskedCryptiC]

thanks for this very very detailed analysis........was searching for such video for last 2.5 hours🥲🥲

[@BlackTshirtMathProfessor]

I’m glad it helped!