ma412: Abstract Algebra II - w25


(CC BY-SA 4.0) : author(s): David Moore, Stephen Brooks


(CC BY-SA 4.0) : link

Class Meetings

Instructor

Daniel Rowe
darowe{at}nmu{dot}edu

I'm an associate professor of mathematics in the Mathematics and Computer Science Department at Northern Michgan University. I've been a professor at NMU for nine years, and I am very passionate about the praxis of doing mathematics and teaching it. I grew up on a fishing camp in Northwestern Ontario, Canada.

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Class Structure
Grade Scale
A (92-100%)
A- (90-91%)
B+ (86-89%)
B (82-85%)
B- (80-81%)
C+ (76-79%)
C (72-75%)
C- (70-71%)
D+ (66-69%)
D (62-65%)
D- (60-61%)
F (≤ 59%)
Learning Outcomes

This course is a continuation of ma312: Abstract Algebra I.

With an understanding of the theory of groups in hand, this semester will focus on the study of rings and fields. The eventual goal is Galois theory, which is a beautiful interaction between the concepts of groups, rings, and fields. By the end of the class, students will be comfortable making calculations with, and applying:

  • finite abelian groups
  • Euler's formula
  • polynomial rings, rational function fields
  • Gaussian integers and Gaussian primes
  • irreducible polynomials over the integers
  • symmetric functions
  • Galois theory

  • Success in College Courses
    Academic Honesty

    In the spirit of academic honesty, credit for this section is due to Asher Auel, as this is an adapted form of their discussion of academic honesty in mathematics.

    Accessibility

    If you have a need for disability-related accommodations or services, please inform the Coordinators of Disability Services in the Dean of Students Office at 2001 C. B. Hedgcock Building (227-1737 or disability@nmu.edu). Reasonable and effective accommodations and services will be provided to students if requests are made in a timely manner, with appropriate documentation, in accordance with federal, state, and University guidelines.


    Reading Materials
    Homework + Quizzes + Exams + Extra Credit
    Submitting Your Work
    Late Submissions
    Checking Your Grade

    Schedule + Recordings

    > colored text = clickable links
    > late homework may be submitted anytime during the semester
    > before the solutions are posted (-0%), otherwise (-50%)

    wk1: jan13 → jan17

    □ study this webpage and all class information
    □ study the lectures
    □ start working on hw1

    wk2: jan20 → jan24

    □ study the lectures
    □ keep working on hw1

    wk3: jan27 → jan31

    □ study the lectures
    □ start working on hw2

    wk4: feb3 → feb7

    □ study the lectures
    □ keep working on hw2

    wk5: feb10 → feb14

    □ study the lectures
    □ start working on hw3

    wk6: feb17 → feb21

    □ study the lectures
    □ keep working on hw3

    wk7: feb24 → feb28

    □ study the lectures
    □ start working on hw4

    wk8: mar10 → mar14

    □ study the lectures
    □ keep working on hw4
    □ study for midterm exam next wed

    wk9: mar17 → mar21

    □ study the lectures
    □ midterm exam on wednesday
    □ start working on hw5

    wk10: mar24 → mar28

    □ study the lectures
    □ keep working on hw5

    wk11: mar31 → apr4

    □ study the lectures
    □ finish up hw5

    wk12: apr7 → apr11

    □ study the lectures
    □ start working on hw6

    wk13: apr14 → apr18

    □ study the lectures
    □ keep working on hw6

    wk14: apr21 → apr25

    □ study the lectures
    □ finish up hw6

    wk15: apr28 → may2 (FINAL EXAM WEEK)

    □ final exam date: TBA
    □ traditional in-person exam
    □ no electronic devices
    □ complete any late homework for 50%
    □ try an extra credit problem?