Course Number |
Time |
Location |
Instructor |
Office Hours |
E-mail |
33248 | M 16:50-18:05 | 1106A Hylan Building | Dan-Andrei Geba | MW 9:15-10:15 or by appointment, 806 Hylan Building | dangeba@math.rochester.edu |
This class is primarily aimed at students with an interest in the problem solving approach to mathematics, and, in particular, at participants in the college-level mathematics contests taking place this fall:
The grade for this course is entirely based on classroom attendance (35%), a number of written assignments (50%), and participation in the Virginia Tech competition (15%). Since the problems discussed in this class might be hard to be solved on one's own, each written assignment will be graded strictly on effort, i.e., students need to submit complete solutions or ideas for these problems.
In determining the letter grade, the regular scale will be used: A for 90% and above, B for at least 80% and below 90%, etc.
You are responsible for knowing and abiding by the University of Rochester's academic honesty policy. Any violation of academic honesty will be pursued according to the specified procedures.
1. The following books on problem solving will be on reserve at the Carlson Library reserve collection:
2. You might also find useful the largest online forum dedicated to problem solving, The MathLinks Forum, organized by Valentin Vornicu.
Date | Lecture | Written assignment |
9/10 | Warm-up problems | |
9/24 | Polynomials | Due on 10/8: write partial/complete solutions or ideas for three problems from the polynomials handout. |
10/8 | Calculus | Due on 10/22: write partial/complete solutions or ideas for three problems from the calculus handout. |
10/22 | Sequences and series | Due on 11/5: write partial/complete solutions or ideas for three problems from the sequences and series handout. |
11/5 | Number theory | Due on 11/19: write partial/complete solutions or ideas for three problems from the number theory handout. |
11/19 | Linear algebra | Due on 12/3: write partial/complete solutions or ideas for three problems from the linear algebra handout. |
12/3 | Discussion of the 2018 Putnam contest |