You might have noticed that so far in this “Calculating Derivatives” chapter, we have only found the derivative of simple functions like $x^2,$ $\sin x,$ $e^x,$ and the product and quotient of such functions. We have not yet found the derivative of a function like $\sin (2x),$ or $e^{x^2}.$ There’s a reason for this: we… [read more]
All of our content is now free, with the goal of supporting anyone who is working to learn Calculus well.
To access our materials, please simply visit our Calculus Home screen.
Also new: we've added a forum, Community.Matheno.com, also free to use.
If you need some help with a Calculus question, please post there and we'll do our best to assist!
Matheno®
Berkeley, California
AP® is a trademark registered by the College Board, which is not affiliated with, and does not endorse, this site.
© 2014–2023 Matheno, Inc.
