Examples using the chain rule.

Let the host from Crash Course Physics talk through derivatives and how calculus helps people understand the world around them. [10:01]

Part 4 of derivatives. Introduction to the chain rule.

Absolute maximum over an interval. Critical points and differentiability.

In this video students find the derivative of y=x^2.

Watch this video on implicit differentiation, derivative of x^(x^x)

Students watch a video about finding the slope of a tangent line to a curve (the derivative).

A difficult but interesting derivative word problem

this video explains how to find the derivative using the chain rule.

Explore implicit differention through implicit derivatives.

Introduction to the Chain Rule.

A video demonstration on how to solve a problem involving related rates.

Explanation on how to ofind the derivative using the Chain Rule.

Take a deeper look into implicit differentation.

This video shows how to find the derivative of log with arbitrary base.

Find out how cytoplasmic factors in a developing embryo play a vital role in determining which genes to turn on and off for appropriate cell development. [0:56]

A video that demonstrates an introduction to the Chain Rule. [5:07]

In this video students find the slope (or derivative) of a curve at a particular point.

Explore how explicit and implicit differentiation give the same result.

Determine the slope of a tangent line using implicit differentiation.

Learn how a zygote, the single cell produced by fertilization, divides by mitosis to produce all the tissues of the human body (including germ cells, which can undergo meiosis to make sperm and eggs). [9:35]

This video explains why L'Hopital's Rule works.

Target your instruction with real-time data. [3:19]

This video lesson [14:00] looks at a problem on differentiability and boundedness. IIT JEE stands for: Indian Institute of Technology Joint Entrance Examination.