MATH 267  Section D2  Fall 2004

    Elementary Differential Equations and Laplace Transforms

INSTRUCTOR: PROF. P. SACKS                              OFFICE: 436 Carver

TELEPHONE: 294-8143                                        EMAIL: psacks@iastate.edu

CLASS WEB PAGE: www.public.iastate.edu/~psacks/classes/m267/math267.html

OFFICE HOURS: Mon, Fri 10--11, Tues, Thurs 1--2, Wed 11-12, or by appointment.

TEXTBOOK Differential Equations with Boundary Value Problems by J. Polking, A. Boggess and D. Arnold

SUPPLEMENTARY TEXTBOOK  Ordinary Differential Equations Using Matlab by J. Polking and D. Arnold

COURSE CONTENT:

In some cases these chapters will be covered quite thoroughly and in others only selected topics will be discussed.

COURSE GRADE:
 
Three hour exams   20% of grade each
Quizzes and homework   15% of grade
Final exam   25% of grade

UNGRADED HOMEWORK: Assignments from the textbook will be made for each class, which are not meant to be handed in. Working these problems in a careful and timely manner is the most important way you have to learn the material. Click here to get an up-to-date list of homework assignments. I will take a little class time once or twice a week to go over some of the assigned homework. If you want to be sure a certain problem is discussed, let me know by e-mail.

GRADED HOMEWORK: Selected problems from the textbook and from other sources will be collected for grading. These will be announced at the appropriate time.

EXAMS: These will take place during the regular class period on September 21, October 26 and November 30 (all Tuesdays).  Exam problems will be very similar to homework problems. I will clarify a week or so ahead of time exactly what topics will be covered on each exam. The final exam takes place on Tuesday, December 14, 4:30-6:30PM, in Carver 001, and covers the entire course.

CALCULATORS: Calculators are allowed on all quizzes and exams unless otherwise stated.

SOFTWARE: There will be some limited use of MATLAB in homework assignments, and I will provide some basic information about how to use it at the appropriate time. See also Chapters 1,2 and 4 of the Supplementary text. You should  find a computer system that you have easy access to on which MATLAB can be run -- see me if you need suggestions about this. 

OTHER COURSE MATERIALS: I will post handouts and any other useful links here.