In this lesson, you will learn about basic differentiation rules including power function, sum, difference, constant multiple, product, and quotient.
Upon completion of the lesson 3.1, you will be able to:
Apply the basic differentiation rules to find the derivative of a function.
Apply the basic differentiation rules to find the second, third, or higher derivatives.
Find the derivative using several basic differentiation rules.
View all of the following instructional videos. These will help you master the objectives for this module.
YouTube video: Derivative of a Linear Function
YouTube video: Derivative of Power Functions
YouTube video: Derivative of Polynomial Functions
YouTube video: The Product Rule
YouTube video: Product Rule
YouTube video: Quotient Rule (Power rule, linearity, product rule, reciprocal rule, quotient rule)
YouTube video: Higher Order Derivatives
Please note the correction on the last problem. The acceleration at t = 2 should be -32 ft/sec2.
Chapter 3 – 3.3: Rules for differentiation (constant multiple rule, sum and difference rules, product rule, quotient rule, higher order derivatives)
The following required readings cover the content for this module. As you go through each reading, pay close attention to the content that will help you learn the objectives for this module.
Make your way through each of the practice exercises. This is where you will take what you have learned from the lesson content and lesson readings and apply it by solving practice problems.
Differentiation formulas [Paul's Online Math Notes] (solutions provided) Skip problems #13, 14, 17, 18, 19.
Power Rule [Khan Academy] (and Derivative of Polynomials)
Note: If this link opens in Internet Explorer, then you will be told to upgrade your browser. If that happens, then copy and paste the url that appears into Firefox, Safari or Chrome.
Product and quotient rule [Paul's Online Math Notes] (solutions provided) Skip problems #10 & 11.
Some differentiation formulas with Practice problems [University of Houston]
The d/dx notation, higher order derivatives [University of Houston] (Practice problems with answers and solutions)
Below are additional resources that help reinforce the content for this module.
YouTube video: Basic Differentiation Rules
YouTube video: Tangent Line: Finding the Equation Note: Skip the third example using y=(1+2x)2 (i.e. skip the time period from 5:07 to 6:58).
Derivatives: Lesson 17 – Differentiation Rules [Internet Archive]
The module includes information on constant rule, constant multiple rule, power rule, sum rule, difference rule, product rule, quotient rule, and homework.
YouTube video: The Quotient Rule