MAT1575 Calculus II Spring 2020

active 2 years, 1 month ago

Open

This Course is OPEN.

Professor(s)

Department

Mathematics

Course Code

MAT 1575

Semester / Year

Spring 2020

Course Description

A continuation of MAT 1475. Topics
include Taylor polynomials, Mean Value
Theorem, Taylor and Maclaurin series,
tests of convergence, techniques of
integration, improper integrals, areas,
volumes and arc length.
Prerequisite: MAT 1475

Acknowledgements

This course was created by: Kate Poirier

View the course(s) that this course is based on.

Recent Posts

Hey where can one find the webwork dropbox link for the final exam? Hey where can one find the webwork dropbox link for the final exam?

See MoreHey where can one find the webwork dropbox link for the final exam?

Notes from today's review session + office hours Notes from today's review session + office hours

https://www.dropbox.com/s/v81lx11xkv6zbvk/Note%20May%2018%2C%202020.pdf?dl=0 See MoreNotes from today's review session + office hours https://www.dropbox.com/s/v81lx11xkv6zbvk/Note%20May%2018%2C%202020.pdf?dl=0

Final Exam Checklist Final Exam Checklist

See this post for more final exam information. You have all day Tuesday and all day Wednesday to […] See MoreFinal Exam Checklist See this post for more final exam information. You have all day Tuesday and all day Wednesday to […]

Recent Comments

Comment on "Hey where can one find the webwork dropbox link for the final exam?" Comment on "Hey where can one find the webwork dropbox link for the final exam?"

Hi Nafew, I got your PDF so you must have found the link. In case anyone else needs it, it's here: […] See MoreComment on "Hey where can one find the webwork dropbox link for the final exam?" Hi Nafew, I got your PDF so you must have found the link. In case anyone else needs it, it's here: […]

Comment on "Test # 2 Review" Comment on "Test # 2 Review"

Hi Mamadou. I think you *can* use integration by parts here, but if your u = ln(x), then your dv = […] See MoreComment on "Test # 2 Review" Hi Mamadou. I think you *can* use integration by parts here, but if your u = ln(x), then your dv = […]

Comment on "Monday update: Meet the Pets Party! (Practice session)" Comment on "Monday update: Meet the Pets Party! (Practice session)"

Session 3 See MoreComment on "Monday update: Meet the Pets Party! (Practice session)" Session 3

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