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====== Math 527: Differential Equations with Linear Algebra ======

Lecture: McConnell 208, MWF 8:10a-9:00am\\
Instructor: John F. Gibson. Office hours M 3-4pm, W 4-5pm, N309E Kingsbury Hall\\
Teaching assistants: 
  * Eric Laflamme (sections 1-3). Office hours M 10-11am, Tues 2-3pm, Kingsbury W353
  * Evan Brand (sections 4-6). Office hours W 4-5pm, Thur 2-3pm, Kingsbury N316

[[gibson:teaching:fall-2011:math527:text| Suggested text]]: Zill, //A First Course in Differential Equations with Modeling Applications//, 9th edition. [[gibson:teaching:fall-2011:math527:text| Other options]]\\

[[gibson:teaching:fall-2011:math527:syllabus | Syllabus]] 

[[gibson:teaching:fall-2011:math527:policies | Policies]]
===== Announcements =====


===== Homeworks =====

[[:gibson:teaching:fall-2011:math527:policies#homework|Homework policies]]

^ homework ^ due ^ solutions ^ topic ^ notes ^
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw1.pdf| HW1}} | 9/2  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw1-solns.pdf|HW1 solns}}| calculus review | includes table of Greek letters |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw2.pdf| HW2}} | 9/9  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw2-solns.pdf|HW2 solns}} | separation of variables | problem 10 has typos and is too hard, please ignore|
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw3.pdf| (HW #3)}} |   | {{:gibson:teaching:fall-2011:math527:homework:hw_3_solutions.pdf| HW3 solns}}| 1st order linear, exact eqns | will not be collected, do as exam prep |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw4.pdf| HW4}} | 9/23  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw4-solns.pdf|HW4 solns}} | 2nd order const coeff homog  |  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw5.pdf| HW5}} | 9/30  |{{:gibson:teaching:fall-2011:math527:homework:hw_5_solutions.pdf|HW5 solns}} | damped oscillations, judicious guessing  |  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw6.pdf| (HW6)}} |  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw6-solns.pdf|HW6 solns}} | judicious guessing, variation of parameters | will not be collected, do as exam prep |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw7.pdf| HW7 }} | 10/14 | {{:gibson:teaching:fall-2011:math527:homework:hw_7_solns..pdf|HW7 solns}}| Basics of Laplace transforms | v2, fixed mistake in prob 1 |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw8.pdf| HW8 }} | 10/21 | {{:gibson:teaching:fall-2011:math527:homework:math527-hw8-solns.pdf| HW8 solns}} | Laplace transforms, s and t translation |  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw9.pdf| (HW9)}} |  | {{:gibson:teaching:fall-2011:math527:homework:hw_9_solutions.pdf| HW9 solns}} | Laplace transforms, Heaviside and Dirac delta| will not be collected, do as exam prep |
| |  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw9-solns.pdf| HW9 solns (version 2)}} | | another version of hw9 solutions  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw10.pdf|HW10}} | 11/10  | {{:gibson:teaching:fall-2011:math527:homework:math527-hw10-solns.pdf| HW10 solns}} | power series  |  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw11-part1.pdf|HW11 part 1}}  | 11/23  | | gaussian elimination and determinants  |  |
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw11-part2.pdf|HW11 part 2}}  | 11/23  | | linear systems  | fixed typo in problems 6 and 7|
| {{:gibson:teaching:fall-2011:math527:homework:math527-hw12.pdf|(HW12) }} |        | | linear systems: real and complex roots  | will not be collected, do as exam prep |
===== Exams =====

[[:gibson:teaching:fall-2011:math527:policies#exams|Exam policies]]

[[:gibson:teaching:fall-2011:math527:exams| Exam results]]

**Exam #3** is scheduled for 8-9am Friday October 28, 2011. The exam room follows the first letter of your last name
  * A-J: McConnell 208
  * K-Z: Hamilton-Smith 127
**Cheat sheet update**: You will be allowed a cheat sheet for the exam, consisting of a table of Laplace transforms written on one side of a 8 1/2 x 11 inch sheet of paper. Only Laplace transforms can be written on the sheet. At the end of the exam, staple your cheat sheet onto your solutions and turn it in.

**Final exam**: As of Oct 25, UNH final exams have not been scheduled. I will post the math 527 final exam schedule as soon as I receive it. 
===== Supplementary material =====

  * [[http://en.wikipedia.org/wiki/Partial_derivative| Partial derivatives]]. A pretty good explanation by wikipedia. The important parts are the [[http://en.wikipedia.org/wiki/Partial_derivative#Introduction|Introduction]], the first third of the [[http://en.wikipedia.org/wiki/Partial_derivative#Basic_definition|Basic Definition]], and the [[http://en.wikipedia.org/wiki/Partial_derivative#Antiderivative_analogue|Antiderivative Analog]]
  * [[http://www.wolframalpha.com|Wolfram Alpha]] and [[http://mathworld.wolfram.com | Wolfram Mathworld]]. Check your homework, deepen your knowledge.
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