7.3 Taylor Series

In this lesson, you will learn about Taylor series.

Lesson Objectives

• • Construct the Taylor (or Maclaurin) series for a differentiable function.

  • Determine the radius and interval of convergence of a constructed Taylor (or Maclaurin) series.

  • Derive the formula for the Binomial Series using the Taylor (Maclaurin) process.

  • Establish convergence of a Taylor (or Maclaurin) Series.

  • Estimate remainders for Taylor (or Maclaurin) Series.

Lesson Content

View all of the following instructional videos. These will help you master the objectives for this module.

• 1. YouTube video: Maclauren and Taylor Series Intuition

• 1. YouTube video: Deriving the Taylor Series Expansion

• 1. YouTube videos: Taylor and Maclaurin Series

  2. Example 1:

• 1. Example 2:

• 1. YouTube videos: The Binomial Series

  2. Example 1:

• 1. Example 2:

• 1. YouTube videos: Taylor's Remainder Theorem - Finding the Remainder

  2. Example 1:

• 1. Example 2:

• 1. Example 3:

Lesson Readings

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.

• 1. Taylor and Maclaurin Series

  2. Taylor Series

  3. Taylor Series

  4. Review: Taylor Series

  5. Convergence of Taylor Series

Lesson Practice Exercises/Activities

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.

• 1. Maclaurin and Taylor Series

1. Exercises for Taylor Series and Laurent Series

   1. Note: do problems 1, 2, and 3.

Additional Resources

Below are additional resources that help reinforce the content for this module.

• 1. YouTube video: Taylor and Maclaurin Series

• 1. Taylor Series

  2. More on Taylor Series

  3. Section 11.10: Taylor and Maclaurin Series

  4. Taylor Series

  5. Finding Taylor Series

  6. Taylor Series

  7. Taylor Series and Polynomials

  8. Maclaurin and Taylor Series