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math:derivative_rules [2021/09/29 18:57] – added inverse trig epixmath:derivative_rules [2022/01/15 02:25] (current) – Added inverse function epix
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 Remember that you can't take the $\log$ of a negative number, and always try to break down logs to simpler term sums using [[math:log_exp|log properties]] to not give yourself a massive-ass headache before differentiating. Remember that you can't take the $\log$ of a negative number, and always try to break down logs to simpler term sums using [[math:log_exp|log properties]] to not give yourself a massive-ass headache before differentiating.
  
 +===== Inverse Functions =====
 +It is probably helpful to have the corresponding $x$ and $y$ value pairs that you are trying to get the inverse derivative of to make your life easier.
 +  * $\frac{d}{dx} f^{-1} (x) = \frac{1}{f'(f^{-1}(x))}$

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