IMPLICIT DIFFERENTIATION

thanatos11

bro someone please tell me there is another method for this shit, second order i can do first order totally fine.

here’s how i’ve been taught to do it so far

https://prnt.sc/fZPvJuVTMDcA , https://prnt.sc/1ucSbJUKuZ2l

is there i can use for later substitution ? i.e. setting dy/dx equal to something simple such as x/y then taking the derivative and substituting later?

bronzil_enjoyer

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-partial derivative with respect to x/partial derivative with respect to y for first order derivative

thanatos11

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yeah i ain’t done that yet

https://drive.google.com/drive/folders/1-7PRFKD8-yqy2UYp3bkOisu5hfqbiw0d

i was shown this by rationalthinker on here but whenever i try do this i get the wrong answer? is it only possible with trig functions? or is there a way i can actually learn to use rhis

bronzil_enjoyer

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you're saying that u want to use that formula for this problem?

thanatos11

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i’m wondering i can use that method lol because when i do use it im not getting the right fucking answer