Florian Pop: Teaching
Florian Pop: Math 370 (Algebra)
E-mail:
pop AT math.upenn.edu
Office/Phone/Fax: DRL 4E7A / 215-898-5971 / 215-573-4063
Office hours: Wed 2:00-3:00 PM and mainly by appointment
Teaching Assistant: Matti Astrand
E-mail:
matti AT math.upenn.edu
Office/Phone/Fax: DRL 4C17 / 215-898-5196 / 215-573-4063
Office Hours: Monday and Thursday at 3-4 PM.
General Information
- See
Penn Math course information
- Lecture class on Mondays, Wednesdays and Fridays
at 12--1 PM in DRL A7.
- Lab sessions are on Tuesday and Thursday at 6:30-8:30 PM in DRL.
The lab is an integral part of this course, and attendance is required.
- This is the first half of a year-long course on algebra, being followed
by Math371. A similar, but more theoretical, sequence is Math 502-Math 503.
- Rigor is a basic tenet of this course. The students are expected to
learn the language of rigorous mathematical argumentation and to be able
to differentiate complete proofs from argumentation with gaps.
The ability to write coherent mathematical proofs is necessary to achieve
a passing grade.
- Syllabus: The material includes basic facts about set theory,
algebraic structures (groups, rings, fields), linear algebra (modules, vector
spaces, linear transformations and matrices). The basic source for the course
is the book:
Algebra: Abstract and Concrete, Edition 2.5, by Frederick M. Goodman.
The book can be downloaded free of charge (but the author expects that the
-intensive- users will make a donation to one of the following international institutions
Unicef,
Doctors without borders, or
Oxfam,
an idea which I am very impressed with and myself support and promote in
strongest terms).
We will cover parts of Appendix A, B, C, D, E and (usually the first few) sections
of the Chapters 1, 2, 3, 6, 8. Concrete examples will be emphasized.
- Required background and Advice: It is expected that one knows the
the basic high school (honors) algebra and elements of linear algebra
in dimensions 2 and 3 (linear systems of equations, matrices, determinants,
etc.) as done in advanced calculus courses. This kind of material will
be used to give examples during the course, but will not be explained in
the course. In order to check whether you are familiar with this material,
try to solve the problems at the end of sections 1- 4 of Chapter 1 of the
book above. (These sections will not be covered in class).
- Main textbook: Algebra: Abstract and Concrete,
Edition 2.5, by Frederick M. Goodman
- Further suggested Reading:
- Study the whole material of Algebra: Abstract and
Concrete, Edition 2.5, by Frederick M. Goodman, and do all the exercises.
- Dummit & Foote, Abstract Algebra. Contains many exercises.
- Serge Lang, Algebra, Springer Verlag. Maybe difficult to read,
but contains a very large amount of material.
Basic Rules:
Info pages for undergraduate math:
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