 |
Objectives

Professor

Textbook

Attendance
Exams
Homework

Grades
Assignments

|
 |
Objectives
- The student will be able to state mathematical definitions precisely, illustrate them with examples,
and use them in writing proofs.
- The student will be able to reproduce proofs of certain theorems.
- By studying proofs presented in class or found in the text, the student
will improve his or her ability to write original proofs.
- The student will be able to construct original proofs and will practice writing logically correct and clear solutions to assigned exercises.
- The student will reexamine topics from calculus, such as limit, continuity,
derivative, and integral from a more advanced viewpoint.
Professor
Dr. Christine Shannon
Olin 115
Phone: 5406 (Office) 238-7422 (Home)
e-mail: shannon@centre.edu
You might also be interested in visiting my home page at
http://web.centre.edu/shannon/.
Office hours: I am generally on campus every day between 7:30 a.m.
and 4:00 p.m. and often later than that.. If I am not in class, I am
usually in my office or one of the computer labs. I will try to observe
the following office hours and will notify you if I won't be available.
I teach in the B and F blocks this Fall. I also have a computer science problem seminar from 4:00-5:30. on Tuesday afternoon.
| M,W,F: |
10:20 a.m. - 11:30 a.m. |
| T , Th: |
1:00 p.m.- 2:30 p.m. |
Please feel free to come by at other times and you are always welcome
to make an appointment.
Textbook
Abbott, Stephen. Understanding Analysis,New York, NY: Springer, 2001.
Attendance
I expect students to be present for all classes. Please let me know
in advance if you must be absent for a scheduled college activity. Illness
might prevent you from being present for a couple of classes during
the semester but anything beyond that will probably have a detrimental
effect on your grade. Those of you who must be absent for college sponsored
activities should be particularly careful not to miss any other classes.
If you have a good reason to be absent from class,
you are still responsible for the homework assignments. Except in the
case of serious illness, all assignments are to be turned in on time. This means you must generally hand in your assignment before you leave for an excused activity.
Exams
There will be three exams on Monday, September
29, Wednesday, October 29, and Monday,
November 24. The final is scheduled for Monday,
December 8.
Homework
There will be a variety of assignments in this course. There will be some group work. After each lecture some exercises will be assigned and I will
ask students to put some of these on the board. Look for your name on the board when you come into class and start putting up the problem as soon as you get there. It is in your best interests
to complete as many of these as possible. I encourage you to first attempt a solution to the problems on your own and then talk about your work on
these assignments with other members of the class. Discussing mathematics
is probably the best way to learn it. I will note the students who are
prepared to put problems on the board but you should not worry about making mistakes. We are all friends and we learn a lot from our mistakes. There will also be a problem or two from previous work which will be collected and graded. These must be carefully prepared and several will require the use of a mathematical word processor which will make revisions easier. If the problem does not meet a minimum standard you will be asked to submit it again. All
assignments are to be submitted on time. Problems which must be corrected are due at the next class meeting. Late assignments
are generally not accepted. All work must be done independently.
If any help is obtained, it must be
noted on the homework when it is submitted. This is a matter of academic
integrity. Even if you discuss problems with others what you write should
be absolutely your own.
Grades
Your grades for the course will
be determined by
| Exams (3) |
100 points each |
| Homework |
100 points |
| Definition Quizzes
|
50 points |
| Final Examination |
150 points |
Definitions are a very important part of the study of real analysis. Most days we will have some sort of a quiz over the definitions introduced in the last class. Usually I will expect a statement of a definition and perhaps an example which either does or does not satisfy the definition. Note: If you are putting a problem on the board you will be excused from the quiz and get an automatic 5 as long as you have a solution written out to the problem.
Your final grade will be determined by the total number of points
you accumulate out of the 600 possible points. The 100 point homework
grade will be composed of the points you gain on the graded assignments.
Students who are ill-prepared, miss class, or otherwise fail to live
as responsible citizens will not get the benefit of any doubt. I will
use a 15 point grading scale so that you are guaranteed an A or A- if
you score 85 or above, a B-, B or B+ for 70-84, C-,C or C+ for 55-69
a D for 45-54 and anything lower is failing.
Schedule of Topics:
| Week |
Topics |
Week |
Topics |
| 1 |
Preliminaries, Axiom of Completeness |
8 |
Intermediate value theorem, the Derivative |
| 2 |
Consequences of Completeness |
9 |
Mean Value Theorem |
| 3 |
Sequences and Convergence |
10 |
Uniform convergence of sequence of functions |
| 4 |
Bolzano Weierstrass, Properties of infinite series |
11 |
Power series |
| 5 |
Topology of the Reals, open and closed sets |
12 |
The Riemann Integral |
| 6 |
Compactness, Continuity |
13 |
Properties of the Integral, Fundamental Theorem of Calculus |
| 7 |
Continuous Functions on compact sets, Functional limits |
|
|
|
|