INSTRUCTOR.
Professor IRENE HUETER, 410 Little, 392-0281 x276,
hueter@math.ufl.edu,
http://www.math.ufl.edu/~hueter/.
OFFICE HOURS.
Monday, Wednesday & Friday, 1:55-2:45pm (7th per.),
and upon appointment.
AIMS OF THE COURSE.
This continuation of MAA 4102 serves engineering and
physical science students as well as mathematics majors
interested in applications.
The students should come away from the course with a
good intuitive understanding of continuity, limits,
pointwise and uniform convergence, continuity of derivatives
and partial derivatives, derivatives of transformations,
the inverse function theorem, line and surface integration
(including Stokes' and Greens' theorems), power series
and the radius of convergence, and an introduction to
Fourier analysis. Many examples and applications will
be discussed.
INSTRUCTIONAL FORMAT.
Lectures by the instructor. On Fridays,
problem discussion sessions will be held in which students
show and discuss the solutions of the assigned homework problems.
TEXT.
W. Fulks, Advanced Calculus. An Introduction to Analysis.
3rd edition, John Wiley and Sons, New York, 1978.
PREREQUISITES.
MAA 4102.
HOMEWORK.
Homework
will be assigned from the Text daily.
Problem discussion sessions will be held on Fridays.
TESTS.
There will be two midterms and one comprehensive final
exam, each worth 100 points.
Important:
For makeups, you must have proper written documentation,
provided close in time to the exam to be missed.
EXAM SCHEDULE.
GRADING.
The grade will be based on your performance in your
3 exams (total: 300 points),
and class participation (20 extra points).
IMPORTANT: NOTE THE CHANGE OF DATE OF THE FINAL!!!
A for excellent work (85-100 %)
B+ for very good work (78-84 %)
B for good work (71-77 %)
C+ (64-70 %)
C (57-63 %)
D for below average (50-56 %)
E (for less than 50 %).