https://**en.wikipedia.org**/wiki/**Chain_rule**

**The chain rule** can be used to derive some well-known differentiation rules. For example, the quotient rule is a consequence of **the chain rule** and the product rule.

**www.sosmath.com**/calculus/diff/der04/der04.html

Once this is done, you may ask about the derivative of ? The answer can be found using similar trigonometric identities, but the calculations are not as easy as before.

**www.themathpage.com**/aCalc/chain.htm

How to apply **the chain rule**. ... Example 2. What is the derivative of y = sin 3 x? Solution. This is the 3rd power of sin x.

**tutorial.math.lamar.edu**/Classes/CalcI/**ChainRule**.aspx

Cheat Sheets & Tables Algebra, Trigonometry and Calculus cheat sheets and a variety of tables. Class Notes Each class has notes available. Most of the classes have ...

https://**www.khanacademy.org**/.../**chain-rule**/v/**chain-rule**-introduction

Learn for free about math, art, computer programming, economics, physics, chemistry, biology, medicine, finance, history, and more. **Khan Academy** is a nonprofit with ...

**www.freemathhelp.com**/**chain-rule**.html

**Chain Rule**. **The chain rule** allows us to differentiate a function that contains another function. What does that mean? Let's start with an example:

https://www.math.ucdavis.edu/~kouba/CalcOneDIRECTORY/**chainrule**...

USING **THE CHAIN RULE** The following problems require the use of **the chain rule**. **The chain rule** is a rule for differentiating compositions of functions.

https://**en.wikibooks.org**/wiki/**Calculus/Chain_Rule**

The method is called **the "chain rule**" because it can be applied sequentially to as many functions as are nested inside one another. For example, if f is a function of ...

mathworld.wolfram.com/**ChainRule**.html

REFERENCES: Anton, H. "**The Chain Rule**" and "Proof of **the Chain Rule**." §3.5 and AIII in Calculus with Analytic Geometry, 2nd ed. New York: Wiley, pp. 165-171 and A44 ...

www.calculus-help.com/**the-chain-rule**

#10: Derivatives and Rates of Change. #11: **Chain Rule**. #12: Super Related Rates