Find f'(x) for {eq}f(x) = (e^{x^3} - 3)^4 {/eq}


Find f'(x) for {eq}f(x) = (e^{x^3} - 3)^4 {/eq}

Chain Rule:

The chain rule is expressed as {eq}\dfrac{\mathrm{d} }{\mathrm{d} x}(f(g(x)))=f'(g(x))g'(x) {/eq}. By applying the chain rule, we'll evaluate the derivative of the composite function. For example, {eq}\tan (x^2) {/eq} is a composition of two functions {eq}\tan (x) {/eq} and {eq}x^2 {/eq}.

Answer and Explanation: 1

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We have to find {eq}f'(x){/eq} for {eq}f(x) = (e^{x^3} - 3)^4 {/eq}. Differentiate the given function with respect to {eq}x{/eq}.

$$\begin{align} f...

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How to Compute Derivatives


Chapter 20 / Lesson 1

Understand what derivative calculus is and how to find the derivative of a function. Learn the derivative rules, and practice taking derivatives by following examples.

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