Derivatives:

Lesson 3.1 - The Power Rule of Derivatives

Lesson 3.2 - The Constant Multiple Rule for Derivatives

Lesson 3.3 - Derivatives of Polynomial Functions

Lesson 3.4 - The Limit Definition of the Derivative

Lesson 3.5 - The Constant Rule for Derivatives

Lesson 3.6 - Derivatives of Trigonometric Functions

Lesson 3.7 - The Derivative of Sine and Cosine Functions

Lesson 3.8 - Alternate Form of the Limit Definition of the Derivative

Lesson 3.9 - Using Derivatives to Evaluate Limits

Lesson 3.10 - Finding Tangent Line Equations

Lesson 3.11 - Tangent Line Equations - More Examples!

Lesson 3.12 - Finding Horizontal Tangent Lines

Lesson 3.13 - The Normal Line Equation

Lesson 3.14 - The Secant Line Equation

Lesson 3.15 - Instantaneous Rate of Change and Average Rate of Change

Lesson 3.16 - Average Velocity and Instantaneous Velocity

Lesson 3.17 - Derivatives of Rational Functions

Lesson 3.18 - Derivatives of Radical Functions

Lesson 3.19 - The Product Rule for Derivatives

Lesson 3.20 - The Product Rule with 3 Functions

Lesson 3.21 - The Quotient Rule

Lesson 3.22 - The Reciprocal Rule

Lesson 3.23 - The Chain Rule

Lesson 3.24 - The Chain Rule - A long Problem

Lesson 3.25 - Derivatives of Composite Functions with Tables

Lesson 3.26 - Simplifying Derivatives

Lesson 3.27 - Higher Order Derivatives

Lesson 3.28 - Implicit Differentiation

Lesson 3.29 - Derivatives of Inverse Trigonometric Functions

Lesson 3.30 - Derivatives of Exponential Functions

Lesson 3.31 - Derivatives of Logarithmic Functions

Lesson 3.32 - Introduction to Logarithmic Differentiation

Lesson 3.33 - Logarithmic Differentiation Formula

Lesson 3.34 - Derivatives of Inverse Functions

Lesson 3.35 - Derivative Formulas

Free Formula Sheet - Derivatives

Lesson Review - Derivative Practice Problems

Lesson 3.36 - Related Rates

Lesson 3.37 - Hyperbolic Functions

Lesson 3.38 - Function Linearization - Tangent Line Approximations

Lesson 3.39 - Differentials and Local Linearization

Lesson 3.40 - Estimating Function Values Using Differentials


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