Instructor: Andrew Hanlon

Course on canvas.dartmouth.edu.

Syllabus

Date Topic References
M 9/11 Why Abstract Algebra? Ch. 1, Notes Download Notes
W 9/13 Sets and proof  Appendix A, Notes Download Notes
F 9/15 Operations and groups Ch. 2, Notes Download Notes
M 9/18 More on groups Ch. 3, Notes Download Notes
W 9/20 Basic properties of groups Ch. 4, Notes Download Notes
F 9/22 Subgroups Ch. 5, Notes Download Notes
M 9/25 Functions Ch. 6, Notes Download Notes
W 9/27 Permutation groups Ch. 7, Notes Download Notes
F 9/29 Cycle decomposition of permutations Ch. 8, Notes Download Notes
M 10/2 Alternating group, Dihedral group Ch. 8, Notes Download Notes
W 10/4 Isomorphisms Ch. 9, Notes Download Notes
F 10/6 Order of group elements, cyclic groups Ch. 10,11, Notes Download Notes
M 10/9 Review Notes Download Notes
W 10/11 Midterm
F 10/13 Partitions and equivalence relations Ch. 12, Notes Download Notes
M 10/16  Counting cosets Ch. 13, Notes Download Notes
W 10/18 Homomorphisms Ch. 14, Notes Download Notes
F 10/20 Quotient groups, fundamental homomorphism theorem Ch. 15,16, Notes Download Notes
M 10/23 Group actions Notes Download Notes
W 10/25 Integers, basic properties of rings Appendix B, Ch. 17, Notes Download Notes
F 10/27 Ideals and ring homomorphisms Ch. 18, Notes Download Notes
M 10/30 Quotient rings Ch. 19, Notes Download Notes
W 11/1 Integral domains Ch. 20, Notes Download Notes
F 11/3 Integers and prime factorization Ch. 21,22, Notes Download Notes
M 11/6 Polynomial rings Ch. 24, Notes Download Notes
W 11/8 Factoring polynomials Ch. 25, Notes Download Notes
F 11/10 Polynomial substitution Ch. 26, Notes Download Notes
M 11/13 Review Notes Download Notes