Home Artists Posts Import Register
Patreon importer is back online! Tell your friends ✅

Content

This calculus 2 video tutorial provides a basic introduction into series.  It explains how to determine the convergence and divergence of a series.  It explains the difference between a sequence and a series.  This video includes examples and practice problems with geometric series, harmonic series, and the telescoping series.  It also discusses the divergence test.

Files

Convergence & Divergence - Introduction to Series

This calculus 2 video tutorial provides a basic introduction into series. It explains how to determine the convergence and divergence of a series. It explains the difference between a sequence and a series. This video includes examples and practice problems with geometric series, harmonic series, and the telescoping series. It also discusses the divergence test. My Website: https://www.video-tutor.net Patreon: https://www.patreon.com/MathScienceTutor Amazon Store: https://www.amazon.com/shop/theorganicchemistrytutor Here is a list of topics: 1. Introduction to series - Convergence and Divergence of series 2. Sequences vs series 3. How to tell if a series will converge or diverge 4. How to write the general formula for the partial sums of a sequence 5. How to evaluate the sum of a series using limits 6. Convergence and divergence of a geometric series 6. Geometric Series Test 7. Partial sums formula for a geometric series 8. Infinite sum formula for a geometric series 9. How to find the common ratio of a geometric series to determine convergence and divergence 10. sigma notation and summation notation 11. Introduction to the telescoping series 12. Divergence of the harmonic series 13. Introduction to the divergence test 14. How to express a sum using sigma notation 15. Convergence and Divergence of Infinite Series

Comments

Kelly Ryan

This man is amazing with math! Please never stop making math videos. I like how you multiply top and bottom to clear fractions but what if that results in zero on the bottom? I had 7/pi / 1-1/pi and if you clear the fractions, it results in 7/0 but if you get common denominators then you get the true answer: 7/pi-1. Thanks JG!