Well, it really helped, eventually I understood how chain rule works in implicit differentiation!
PinkZeppelin65 2 years ago
Good as a summary...bad as an intro...an intro should explain a bit more on the use of the d/dx simbol and explain why is it kept at the first step.
WorldCollections 2 years ago
lol use the chain rule. lol. but its very helpful thank you very much. don't stop teaching us un facebook. i will start paying you. well
maybe thank you though lol.
kfatoba 3 years ago
If g(x) = y and f(x) = x^3 then f[g(x)]=y^3. In order to differentiate y^3 or f[g(x)], you use the chain rule.
Lutemann 3 years ago
I dont understand why you used chain rule in step one. It's not (2x^7)^23
(a function of a function)
so why would you use chain rule?
GoldAK47 3 years ago
I think u can teach good
babavalibob 4 years ago 2
Well, it really helped, eventually I understood how chain rule works in implicit differentiation!
PinkZeppelin65 2 years ago
Good as a summary...bad as an intro...an intro should explain a bit more on the use of the d/dx simbol and explain why is it kept at the first step.
WorldCollections 2 years ago
lol use the chain rule. lol. but its very helpful thank you very much. don't stop teaching us un facebook. i will start paying you. well
maybe thank you though lol.
kfatoba 3 years ago
If g(x) = y and f(x) = x^3 then f[g(x)]=y^3. In order to differentiate y^3 or f[g(x)], you use the chain rule.
Lutemann 3 years ago
I dont understand why you used chain rule in step one. It's not (2x^7)^23
(a function of a function)
so why would you use chain rule?
GoldAK47 3 years ago
I think u can teach good
babavalibob 4 years ago 2