**Category : **JEE Main & Advanced

In this section we will discuss derivative of a function with respect to another function. Let \[u=f(x)\] and \[v=g(x)\] be two functions of \[x\]. Then, to find the derivative of \[f(x)\] w.r.t. \[g(x)\] i.e., to find \[\frac{du}{dv}\] we use the following formula \[\frac{du}{dv}=\frac{du/dx}{dv/dx}\].

*play_arrow*Introduction*play_arrow*Some Standard Differentiation*play_arrow*Theorems for Differentiation*play_arrow*Methods of Differentiation*play_arrow*Differentiation of a Function with Respect to Another Function*play_arrow*Successive Differentiation or Higher Order Derivatives*play_arrow*\[{{n}^{th}}\] Derivative Using Partial Fractions*play_arrow*Differentiation of Integral Function*play_arrow*Leibnitz?s Theorem*play_arrow*Definition*play_arrow*Higher Partial Derivatives*play_arrow*Euler's Theorem on Homogeneous Functions*play_arrow*Deduction of Euler?s Theorem*play_arrow*Derivative as the Rate of Change

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