Regole di Derivazione : Derivata della Funzione Composta

Let's see, in a very concrete way, how to calculate the derivative of a composite function using the so-called chain rule. Through some examples, we'll see how the rule allows us to calculate the derivative of a function that is the composition of an arbitrary number of functions "embedded" within each other ;) Composite functions are very common in mathematics, and therefore being able to easily calculate their derivatives (without resorting to the incremental ratio limit) is essential. You can find many more videos on derivatives in the playlist. ✔ http://goo.gl/mYnlD Follow me on Facebook & Instagram, it's the cool thing to do these days ;) ✔   / lessthan3math   ✔   / elia.bombardelli   Information on the video lessons and a complete list ✔ https://goo.gl/zq67Eo The equipment I use to create the videos ✔ http://amzn.to/2y73tlW Subscribe to the channel, many more videos coming soon ✔ http://goo.gl/PH8ZF1 ____________________________________________________________ Thank you all for the LIKES, SUBSCRIBE, and COMMENTS =) LessThan3Math is my channel's section created with the aim of providing a to as many students as possible. If you find the video lessons useful and want more, you can support the project. Check them out here: ✔ https://goo.gl/JMLRtH __________________________________________________________ For collaboration proposals or important communications only [email protected] For other communications or requests, leave a comment The background music at the beginning and end of the video comes from http://audiomicro.com/royalty-free-music (Royalty Free Music)