| Week | Monday | Tue | Wednesday | Thur | Friday |
|---|---|---|---|---|---|
| Week 1 Feb. 11-15 | Introduction Sets | Proofs | Survey sects. 1-7 | ||
| Week 2 Feb 18-22 | 9. Axiom of Choice 10. Well-Ordered Sets | 20. Metric spaces | Metric spaces | ||
| Week 3 2/25-3/1 | Metric spaces | Borel-Lebesgue theorem | 12. Topology
13. Bases | ||
| Week 4 Mar. 4-8 | 14. The order topology
15. Product topology 16. Subspace topology | 17. Closed sets and limit points | 17. Hausdorff spaces | ||
| Week 5 Mar. 11-15 | 18. Continuity | 19. Product topology | Exam 1a | ||
| Week 6 Mar. 18-22 | Exam 1b due 20. Metric topology | 20-21. Metric topology | 20-21. Metric topology | ||
| Week 7 Mar. 25-28 | 23. Connectedness | 24. Linear continua | Good Friday | ||
| 3/29-4/7 Spring Break | |||||
| Week 8 Apr. 8-12 | 25. Components
26. Compact spaces | 26. Compact spaces | 28. Limit point compactness
PiMuE@SJB | ||
| Week 9 Apr. 15-19 | 27. Compact subspaces of the reals
Student presentations | 29. Local compactness | Exam 2a in class W deadline | ||
| Week 10 Apr. 22-26 | Exam 2b due
30. Countability axioms | 31. Separation axioms | presentations
NCS-MAA@SCSU | ||
| Week 11 4/29-5/3 | 32. Normal spaces | MAYDAY!
33. Urysohn's lemma | 34, 35, 40, 11
Sigma Xi @ GAC | ||
| Week 12 May 6-10 | 37. Tychonoff theorem | ET
sem | 43. Complete metric spaces | 44. Space-filling curve
43. Continued | |
| Week 13 May 13-17 | Student presentations
#43.5, #43.9 | 45. Ascoli's theorem | Arzela/Ascoli theorem
Weierstrass theorem Picard existence theorem for y'=f(x,y) Take-home Exam 3 | ||
| Week 14 May 20-22 | In-class Exam 3 | Wrap-up | Reading Day | Final exam "3:30-5:30" due Monday | |
| May 27-28 | Finals end. |