![Equating the First Derivative of the Integral of a Continuous Function f From Some Number a in the Interval Over Which f is Continuous to x as Equal to f(x), Where x Equating the First Derivative of the Integral of a Continuous Function f From Some Number a in the Interval Over Which f is Continuous to x as Equal to f(x), Where x](https://study.com/cimages/videopreview/videopreview-full/y38akfr78m.jpg)
Equating the First Derivative of the Integral of a Continuous Function f From Some Number a in the Interval Over Which f is Continuous to x as Equal to f(x), Where x
![calculus - Can you propose any hack for remembering the common derivative and integral formulas? - Mathematics Stack Exchange calculus - Can you propose any hack for remembering the common derivative and integral formulas? - Mathematics Stack Exchange](https://i.stack.imgur.com/Znvux.png)
calculus - Can you propose any hack for remembering the common derivative and integral formulas? - Mathematics Stack Exchange
![تويتر \ MathType على تويتر: "Leibniz's Integral Rule for differentiation under the integral sign handles combining differentiation and integration. It's equivalent to the theorems from Schwartz (order of partial derivatives doesn't matter) تويتر \ MathType على تويتر: "Leibniz's Integral Rule for differentiation under the integral sign handles combining differentiation and integration. It's equivalent to the theorems from Schwartz (order of partial derivatives doesn't matter)](https://pbs.twimg.com/media/D4mf8e0WAAAd6u_.jpg:large)
تويتر \ MathType على تويتر: "Leibniz's Integral Rule for differentiation under the integral sign handles combining differentiation and integration. It's equivalent to the theorems from Schwartz (order of partial derivatives doesn't matter)
![Question Video: Finding the Derivative of a Function Defined by an Integral Where the Two Limits of the Integral Contain a Variable | Nagwa Question Video: Finding the Derivative of a Function Defined by an Integral Where the Two Limits of the Integral Contain a Variable | Nagwa](https://media.nagwa.com/457168376154/en/thumbnail_l.jpeg)