#### More Mathematics Courses

# Calculus Videos: Series and Sequences

### Course Description

In this course, Calculus Instructor Patrick gives 30 video lessons on Series and Sequences. Some of the Topics covered are: Convergence and Divergence, Geometric Series, Test for Divergence, Telescoping Series, Integral Test, Limit and Direct Comparison Test, Alternating Series, Alternating Series Estimation Theorem, Ratio Test, Power Series, Taylor and MacLaurin Series, Taylor's Remainder Theorem (Taylor's Inequality), Binomial Series, and many more.

Tags: Math Calculus Math

Calculus Instructor Patrick in **Lesson 1: Sequence: Convergence and Divergence (Part 1)**.

**16**ratings

No

### Video Lectures & Study Materials

## Comments

Posting Comment...

**Disclaimer:**

CosmoLearning is promoting these materials solely for nonprofit educational purposes, and to recognize contributions made by Patrick's Just Math Tutoring (Patrick JMT) to online education. We do not host or upload any copyrighted materials, including videos hosted on video websites like YouTube*, unless with explicit permission from the author(s).
All intellectual property rights are reserved to Patrick JMT and involved parties.
CosmoLearning is not endorsed by Patrick JMT, and we are not affiliated
with them, unless otherwise specified. Any questions, claims or concerns
regarding this content should be directed to their creator(s).

*If any embedded videos constitute copyright infringement, we strictly recommend contacting the website hosts directly to have such videos taken down. In such an event, these videos will no longer be playable on CosmoLearning or other websites.

*If any embedded videos constitute copyright infringement, we strictly recommend contacting the website hosts directly to have such videos taken down. In such an event, these videos will no longer be playable on CosmoLearning or other websites.

sidda basha wrote 6 years ago.please send me this all vidoes in my gmail

account..............

this videos are amazing..................

SAM KUMBSON wrote 6 years ago.Three questions 1,2, and 3 on exercise 11.7 on the JAMES

STEWAET TEXT BOOK 6 EDITION

Subbiah wrote 6 years ago.n!/n^n will be less than 1/n too So cant we conclude that

the original series diverges. Why do you select the last two

terms (2/n^2) and say the series converges?

yosef wrote 6 years ago.this is wht i want

hayelom wrote 6 years ago.thanks for this!

hayelom wrote 6 years ago.thanks for this.

hayelom wrote 6 years ago.FOR THIS THANKS!

hayelom wrote 6 years ago.thanks!

sean wrote 6 years ago.why 2. unless its series sin n - 1

mohsen wrote 7 years ago.Hi