@@Faroshkas It does? The derivation is that dy/dx = (dy/du)(du/dx). Obviously it's not from first principles, but it's certainly deeper than just "derivative of the inside times derivative of the outside"
I fell asleep in the chain rules lecture today so I just learned it from this video. Unironically taught me the entire lesson in a minute and a half. I love these videos
The chain rule is one of my favourite cases of "it gets easier with practice" in math, I used to struggle when I first learned about it but now it's almost second nature. Also the fact that Arnold was the (sur)name of an actual mathematician makes this video 100 times better.
I have to say that it's intresting how we are teaching the same things differently in different countries. Our teacher and book never used the d (dy/dx etc.) We had more of barebones aproach of just function inside function so it was kinda hard for me to keep up.
Thanks to that we can also find the value of X, since we divide both the equation by u to the power of fifth, we then found out that u=30, with which we found the equation 5x-3=30
crazy how powerful AI has gotten, the ice spice mouth movement was pretty accurate, great video !!
LMFAO this AI shit is getting scary good and I just learnt the chain rule faster than my teacher could probably teach in an hour
Good to see!
@@SeanAnthony-j7f tbh these vids are great if one's planning to do proper self study
@@SeanAnthony-j7fi self study because teachers teach way too slow, like way TOO slow
Bruv give your teacher a break
@@SeanAnthony-j7f nice
chat im terrified
Mr beast the calc teacher
This is what they mean by ai teachers.
I like these videos because they actually teach WHY certain formulas work. I know the chain rule by heart, but not how it's actually derived.
This also doesn't show how it's derived
@@Faroshkas It does? The derivation is that dy/dx = (dy/du)(du/dx). Obviously it's not from first principles, but it's certainly deeper than just "derivative of the inside times derivative of the outside"
@@totallynotpaul6211 ok. I wouldn't call this "deriving the rule", more so developing an intuition, but I understand your point.
When brainrot actually teaches you more than a professor in a whole semester
This is not brainrot this is the inverse function of brainrot
I fell asleep in the chain rules lecture today so I just learned it from this video. Unironically taught me the entire lesson in a minute and a half. I love these videos
Same dude
@@-thanawat-8296 ai is our new teacher ig
no idea how i ended up here but i actually needed to review this for my final next week
Thank you, I needed a refresher on this😊
Finally, I’ve been using the chain rule’s function format instead, I couldn’t understand this notation and this helped me out a TON man, god bless
The chain rule is one of my favourite cases of "it gets easier with practice" in math, I used to struggle when I first learned about it but now it's almost second nature.
Also the fact that Arnold was the (sur)name of an actual mathematician makes this video 100 times better.
This is very effective way of learning
This is about a decade too late for me, but damn that's a great method of teaching.
Waste time in class on university trying to understand what you can learn here in 90 sec... these videos is beyond gold 🙌🙌☺
this is the kind of stuff that should be done with ai
oh yes timesing my beloved
Imagine if this gets implemented in schools by 2030
Already showing these to my calculus students at the beginning and ending of lessons.
@@alfonsocarnucci3982 You're a legend mate
@@alfonsocarnucci3982 Can I join your class pls, my teacher gave us calc for self study. I was like wth, that's the only thing I didn't get in math
@Krazykahaan everybody is welcome! I'm in Alexandria, Virginia
Thanks man my exams are going now please make whole video on whole differentiation and integration please
The world would have been so much better if this was real
I have to say that it's intresting how we are teaching the same things differently in different countries. Our teacher and book never used the d (dy/dx etc.) We had more of barebones aproach of just function inside function so it was kinda hard for me to keep up.
🤣 I can't stop watching your videos! This is too much!
So helpful don't stop
Sounds like this math problem is a “u” problem (ba dum tss)
Thanks to that we can also find the value of X, since we divide both the equation by u to the power of fifth, we then found out that u=30, with which we found the equation 5x-3=30
Very intuitive!
Brain nourishment ai arc
Bro you have to continue this😂
Yippeeee!!!! Found this 😍😍😍😍😍😍
do one with darth vader and danny devito
Now everyone’s gonna be using ai for false information and lying
This shi scary bru😨
wait can you explain du/dx more? Or what does d'something' / d'something' mean generally mean?
Tiny change in something
Over tiny change in something else
It basically the slope of a function formula but more advanced
Instead of
(Y2-Y1)/(X2-X1)
It becomes
Lim h->0 ((F(x+h)-F(x))/H)
why did u like her so much 😂😂😂 like there are a lot of female artists
Was I the 7 thousandth sub? 🤔
think so🙏 you will be remembered for eternity
👍 k then lmk when you hit 7 million
The link is broken. Can you repost please?
I want to try it out too
Bravo
rizz
Please keep going
Arnold’s accent is off, disappointingly.
Oh dam.
😂😂😂
Ew leibenez notation I prefer normal chain rule lol. n(f(x))^n-1 (f’(x))
Only sigma ai chatting websites can like this comment
imagine for a second that this videos are real and they in fact know this math shi
do one with darth vader and danny devito