Previous: Unit 1: Sequences and Series
Next: Introduction to Infinite Sequences
What This Lesson Covers
In this lesson we introduce
- the definition of convergence of an infinite sequence
- various theorems on limits of infinite sequences, including
- the theorem relating between the limit of a function and a limit of a sequence
- the limit laws for infinite sequences
- the squeeze theorem for infinite sequences
- the theorem on the limit of the absolute value of a sequence
Learning Outcomes
After reading this lesson and completing a sufficient number of problems, students should be able to
- determine whether an infinite sequence converges using the theorems presented in this lesson
Simply reading the content in this lesson will not be sufficient. Students will need to get out a pencil and paper and complete problems in order to prepare themselves for assessments related to this lesson.
Topics
It is recommended that students progress through this lessons in the given order, as the sections build upon each other.
- Introduction to Infinite Sequences
- Convergence of Infinite Sequences
- Convergence of Infinite Sequences Example
- Relationship to Limits of Functions
- Limit Laws for Infinite Sequences
- Limit Laws Example
- Relationship to Sequences of Absolute Values
- Example Relating Sequences of Absolute Values
- Squeeze Theorem for Sequences
- Squeeze Theorem Example
- Example: rn
- Videos on Infinite Sequences
- Final Thoughts on Infinite Sequences
Previous: Unit 1: Sequences and Series
Next: Introduction to Infinite Sequences