Differential Equations (42992) - Fall 96
TR 12:00-1:20 in MAIN 211
(and in the Mathematics Computer Lab)
This course will use computer software to illustrate methods of solving differential
equations and systems of differential equations. The course will be taught in the
"Calculus Reform" spirit, explaining the new concepts numerically, graphically
and symbolically. Particular emphasis will be put on modeling of differential
equations, the study of systems of differential equations, and the fundamental
difference in the behavior of linear and non-linear differential equations.
An integral part of the new course will be its laboratory component: You
will participate in in-class computer experiments and will write biweekly
outside-of-class laboratory reports!
- Instructor.
Dr. H. Knaust, Bell Hall 219, tel. 747-7002,
e-mail: helmut@math.utep.edu
,
URL:
http://helmut.knaust.info
- Office Hours.
MWF 11:30-12:00, TR 1:30-2:30, or by appointment. Dr. Khamsi (Bell Hall
225) will also be available for assistance during his office hours,
MWF 11:00-12:00.
- Other Help.
The Tutoring and Learning Center, located on the third floor of
the UTEP Library, tel. 747-5366, offers free tutoring.
If you have internet access, visit our department's
S.O.S. Mathematics web site at the URL:
http://www.math.utep.edu/sosmath
- Textbook.
Blanchard, Devaney and Hall, Differential Equations.
Preliminary Edition. PWS, Boston.
The textbook is required at all class meetings, and is intended to be
read in full.
- Prerequisites.
The instructor will assume that you have a thorough knowledge of the
material covered in the first two Calculus courses.
- Contents.
The course will cover most of the material in Chapters 1-3 and 8,
and parts of the remaining chapters as time permits.
- Graphing Calculators.
You may use a calculator in class and on exams.
Some programs for the TI-85
will be made available in class.
- Tests.
Three tests will be given on the following dates:
- Thursday, September 19
- Tuesday, October 22
- Thursday, November 21.
Each test counts 15% of your grade.
Make-up tests
will only be given under extraordinary
circumstances, and only if you notify the instructor
prior to the exam date.
- Laboratory Work.
There will be about six laboratory team assignments. The written lab
reports will be graded; each team member receives the same score.
Your worst score will be dropped, the other lab report scores
count a total of 15% of your grade.
- Homework.
The instructor will regularly assign
homework. Although the homework will not be
collected or graded, it is essential for your
success in this class that you diligently work all
the homework problems. Homework will include reading assignments.
Quiz problems will be identical to prior
homework assignments.
- Quizzes.
There will also be some unannounced quizzes.
Your worst two quizzes will be dropped, the others will make up your
quiz score, which accounts for 10% of your grade.
- Final.
The final on Monday, December 16 at 1:00-3:45
is mandatory and comprehensive.
It counts 30% of your grade.
- Fair Warning.
The course's approach to
differential equations is intended to be different. If you have had a
differential equations course already you will probably find much that is unfamiliar and a very
different emphasis on things you may think you know already. Be alert
to this and remember that previous experience is unlikely to be
enough to coast on. Treat each topic as if you were meeting it for
the first time, and be alert to make sure you understand each day's
material before the next class meeting.
- Time Requirement.
It is expected that you spend an absolute minimum of six hours a week
outside of class on solving homework problems, working on the lab assignments,
reading the textbook and reviewing your class notes.
- Drop Policy.The class schedule lists Friday, October 4
as the last day to drop with an automatic "W", while faculty-initiated course
drops are possible until Friday, November 22. The instructor
usually assigns a "W" for students dropping the
course prior to this deadline. After the deadline, the
course cannot be dropped.