E-mail: jalbert@ou.edu
Answer key for Final Exam.
Review sheet for Final Exam.
Solutions to problems on Assignment 9.
Answer key for Test 2.
Review sheet for Test 2.
Solution to problem 2.5.16 on Assignment 5.
Solutions to some of the problems on Assignment 4.
Review sheet for Test 1.
Here is the syllabus for this course.
Homework
Assignment 1 (Due Friday, Jan. 25)
- p. 11: #1.2.9(a)
- pp. 18-20: #1.4.1(a,b,c), 1.4.5, 1.4.6(a), 1.4.10
Assignment 2 (Due Wednesday, Feb. 6)
- p. 55: #2.3.2(d,e), #2.3.3(d)
Assignment 3 (Due Friday, Feb. 15)
- p. 69-70: #2.4.1(a), #2.4.2
Assignment 4 (Due Wednesday, Mar. 5)
- p. 85-86: #2.5.1(b,c,d,e), #2.5.2(a,b,c)
Assignment 5 (Due Friday, Mar. 14)
- p. 86-88: #2.5.5(a,b), 2.5.6(a,b), 2.5.16
Assignment 6 (Due Wednesday, Apr. 2)
- p. 95: #3.2.2(b,d,e,f)
- p. 114-115: #3.3.3(b,c), 3.3.6(a,b), 3.3.9
Assignment 7 (Due Friday, Apr. 18)
- p. 124-126: #3.4.2, 3.4.11, 3.4.12
Assignment 8 (Due Wednesday, Apr. 23)
The assignment consists of the problems on this handout.
Assignment 9 (Due Wednesday, Apr. 30)
- p. 147-148: #4.4.2(c), 4.4.3(b)
Exams
Midterm Exam 1: Friday, Feb. 22
Midterm Exam 2: Friday, Apr. 4
Final Exam: Wednesday, May 7 (10:30 am to 12:30 pm) in PHSC 100
Notes
For a look at an old paper in which the thermal conductivities of various metals
were determined by measuring heat flow through a metal rod, look
here. It's interesting how much trouble one has to take to do the experiment correctly.
Here is a nice Java applet for seeing how well the sum of the first few terms of the Fourier
series of a function approximates the function.