Math 2280, Spring 2004

Syllabus: in pdf format.

Homework:

Due Jan. 23
- Section 1.1 #'s 1,3,6,13,15,27,29,32
- Section 1.2 #'s 1,2,6,11,19,22,23,31,33
- Section 1.3 #'s 2,5,9,11,12
Due Feb. 6
- Section 1.4 #'s 21,22,36,39
- Section 1.5 #'s 8,13,14,18,27,32,37,38
- Section 2.2 #'2 3,6,21,26,27,29
- Section 2.3 #'s 2,3,7,10
Due March 3
- Section 3.3 #s 4, 10, 15, 24
- Section 3.4 #s 13, 14, 26, 27, 33
- Section 3.5 #s 20, 21, 31, 43, 47
- Section 3.6 #s 19, 22, 25, 27
- Section 5.1 #s 4, 11, 12, 21
- Section 5.2 #s 1, 4, 26, 27
Due March 12
- Section 5.1 #s 4, 11, 12, 21
- Section 5.2 #s 1, 4, 26, 27
- Section 5.3 #s 1,6,14,15
- Section 5.4 #s 1,3,6
- Section 5.5 #s 3,4,33
Due April 2
- Section 6.1 # 4,5,9 (sketch by hand)
- Section 6.2 # 11,19,20,33
- Section 6.4 #15,16,17
Due April 14
- Section 9.1 # 3,6,12,30
- Section 9.2 # 3,4,15,17
Due April 26 (last hw assignment!)
- Section 9.5 # 1,7,13,17,20
- Section 9.6 # 1,6,13, 17 (take \rho = T = 1, L= \pi), 21 (take h=1,L=\pi)

Computer projects:

Here is the first computer project, in pdf format. And here is some Maple code to get you started. You might want to download this code to your account and edit it.
Here is the second computer project, in pdf format. And here is some Maple code to get you started. You might want to download this code to your account and edit it.
Here is some Maple code for the forced Duffing equation. You're welcome to play around with it.

Here is a derivation of the correct formula for the Laplacian in polar coordinates, in pdf format.

Exams: