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Day-by-day Schedule
Important Dates
| Tuesday, May 7 | First Day of Classes |
| Monday, May 20 | LSA Early Drop Deadline (Without receiving a "W") |
| Monday, May 27 | Memorial Day—No Class |
| Wednesday, May 29 | Midterm Exam: In Class |
| Friday, June 7 | LSA Late Drop Deadline (Receive a "W") |
| Monday, June 24 | Last Day of Classes |
| Tuesday–Wednesday, June 25–26 | Study Days |
| Friday, June 28 | Final Exam: 1:30 P.M.–3:30 P.M. |
Please note that exam dates are
absolutely firm. Travel plans will not be considered a sufficient
excuse to take an examination on a different date.
Daily Schedule
Please note: material indicated in the daily schedule is that which will tentatively be covered in class. There may be slight variations in the dates that material is covered. All homework and exam dates are, however, firm. Note that assignments (written homework, labs) are due at or by the beginning of the class period indicated.
| Week | Monday | Tuesday | Wednesday | Thursday | Friday |
| 1. | 5/6 No class |
5/7 First class: Intro, phase line, direction fields B&B 1.1–1.3 Separable equations, first-order linear equations B&B 2.1, 2.2 |
5/8 First-order linear equations, Modeling & applications B&B 2.3 Existence & uniqueness B&B 2.4 |
5/9 Lab 0 Systems of two linear algebraic equations B&B 3.1 |
5/10 Autonomous equations, phase line; Systems of two linear algebraic equations B&B 2.5, 3.1 Systems of 2 linear DEs B&B 3.2 WebHW0 & 1 due |
| 2. | 5/13 |
5/14 Systems of 2 linear DEs B&B 3.2 Theory of systems B&B 3.3 Quiz 1 |
5/15 Theory of systems B&B 3.3 Systems with complex eigenvalues B&B 3.4 Written HW 1 due |
5/16 Lab 1 prelab due |
5/17 Systems with complex and repeated eigenvalues B&B 3.4, 3.5 WebHW2 due |
| 3. | 5/20 |
5/21 Intro to nonlinear systems B&B 3.6 2nd order linear equations B&B 4.1, 4.2 Quiz 2 |
5/22 Theory of 2nd order linear equations, Oscillators B&B 4.3, 4.4 Method of undetermined coeff. B&B 4.5 Written HW 2 due |
5/23 Lab 1 draft due Lab 2 prelab due |
5/24 Forced oscillators, Variation of parameters B&B 4.6, 4.7 WebHW3 due |
| 4. | 5/27 Memorial Day |
5/28 Variation of parameters B&B 4.6, 4.7 Review |
5/29 Midterm Exam In class Chapters 1–4 |
5/30 Lab 1 final draft due Lab 3 prelab due |
5/31 The Laplace transform, Transform rules B&B 5.1, 5.2 The inverse Laplace transform, Solving DE with Laplace B&B 5.3, 5.4 WebHW4 due |
| 5. | 6/3 |
6/4 Laplace and DE with discontinuous and periodic functions B&B 5.5, 5.6 Quiz 3 |
6/5 Laplace with impulses, Convolution B&B 5.7, 5.8 Review Skills Mastery Opens Written HW 3 due |
6/6 Lab 3 draft due Lab 4 prelab due Skills Mastery Open |
6/7 General linear systems of DE B&B 6.1, 6.2 General linear systems, solutions B&B 6.2, 6.3 WebHW5 due Skills Mastery Open |
| 6. | 6/10 Skills Mastery Open |
6/11 Solutions to general linear systems of DE B&B 6.3, 6.4 Skills Mastery Open Quiz 4 |
6/12 Solutions to general linear systems of DE, Nonhomogeneous linear systems B&B 6.4, 6.6 Nonlinear systems, stability B&B 7.1 Skills Mastery Open Written HW 4 due |
6/13 Lab 3 final draft due Lab 5 prelab due Skills Mastery Open |
6/14 Almost linear systems B&B 7.2 Modeling and applications B&B 7.3 WebHW6 due Skills Mastery Open |
| 7. | 6/17 Skills Mastery Open |
6/18 Modeling and applications B&B 7.3–7.5 (selected topics) Skills Mastery Open Quiz 5 |
6/19
Review Skills Mastery Open Written HW 5 due |
6/20 Lab 5 draft due Review Skills Mastery Open |
6/21 Review WebHW7 due Skills Mastery Open |
| 8. | 6/24 Last Skills Mastery Day Lab 5 final draft due |
6/25 Study Day |
6/26 Study Day |
6/27 |
6/28 Final: 1:30–3:30pm |