Schedule (tentative)
Week |
Dates |
Sections |
Homework |
Due date |
|
1 |
Jan 28 - Feb 1 | 1.1- The Logic of Quantifiers 1.2 - Infinite Sets 1.3 - Proofs |
Homework 1
Solutions |
Feb 8 | |
2 |
Feb 4-8 | 1.4 - The Rational Number System 1.5 - The Axiom of Choice 2.3 - Cauchy Sequences |
Homework 2
Solutions |
Feb 15 | |
3 |
Feb 11-15 | 2.2 - The Reals 2.3 - Limits and Completeness |
Homework 3
Solutions |
Feb 22 | |
4 |
Feb 18-22
Feb 20- Snow Day
|
3.1 - The Theory of Limits |
Homework 4
Solutions |
Mar 1 | |
5 |
Feb 25- Mar 1 |
3.2 - Open Sets and Closed Sets 3.3 - Compact Sets |
Homework 5
Solutions |
Mar 8 | |
6 |
Mar 4-8 |
4.1 - The Concept of Continuity 4.2 - Properties of Continuous Functions |
Homework 6
Solutions |
Mar 15 | |
7 |
Mar 11-15 |
5.1 - Concepts of the Derivative 5.2 - Properties of the Derivative |
Homework 7
Solutions |
Mar 29 | |
- |
Mar 18-22
Spring Break
|
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8 |
Mar 25-29 |
5.3 - Calculus of Derivatives 5.4 - Higher Derivatives and Taylor's Theorem |
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9 |
Apr 1-5
Midterm: Apr 3
|
6.1 - Integrals of Continuous Functions |
Homework 8
Solutions |
Apr 12 | |
10 |
Apr 8-12 |
6.2 - The Riemann Integral |
Homework 9
Solutions |
Apr 19 | |
11 |
Apr 15-19 |
7.1 - Complex Numbers 7.2 - Numerical Series and Sequences |
Homework 10
Solutions |
Apr 26 | |
12 |
Apr 22-26 |
7.3 - Uniform Convergence 7.4 - Power Series |
Homework 11
Solutions |
May 3 | |
13 |
Apr 29- May 3 |
7.5 - Approximation by Polynomials 7.6 - Equicontinuity |
Problem Set 12
Solutions |
NOT DUE | |
- |
May 4- May 7
Reading Days
|
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Final Exam: May 11 2-5pm in Shaffer 100 |