MAA 4402 and MAA 5404
Fall 2024
______________________________________________________
Time: MWF period 6
Email: avince@ufl.edu
Office hours: MWF period 9 and by appointment
Textbook: Complex Variable and Applications 9th edition
Brown and Churchill
Complex analysis is not only of use in other branches of mathematics, but also in various fields of engineering. The course, like calculus, concerns functions of a single variable and covers limits, derivatives, integrals, and series. However, because the variable is a complex number, rather than a real number, the subject has a completely different flavor than calculus – in my opinion simpler and more elegant.
Homework
Sec 3 (Pg 7) #1
Sec 5 (Pg 13) #1,5
Sec 6 (Pg 16) #1,2,10a
Sec 9 (Pg 23) #1,2,5,6
Sec 11 (Pg 30) #1,2,4
Sec 12 (Pg 34) #1-4
Sec 14 (Pg 43) #2,4,8
Sec 18 (Pg 54)#3b,5,10,11
Sec 20 (pg 61)#1,8a,9
Sec 24 (pg 70) #1ac,3ab,4a
Sec 26 (pg 76) #1c,2c,4c,6
Sec 29 (pg 85) #4
Sec 30 (pg 89) #1b,2,6,8ac,10
Sec 33 (pg 95) #1,2,5,8
Sec 34 (pg 99) #1
Sec 36 (pg 103) #1,2,3,8c
Sec 38 (pg 107) #5a
Sec 42 (pg 119) # 2,3,4
Sec 46 (pg 132) #1-6,13
Sec 47 (pg 138) #1,2,5,
Sec 49 (pg 147) #2,3,5
Sec 53 (pg 159) #1,2,3,4,6
Sec 57 (pg 170) #1-4,7
Sec 59 (pg 177) #1,2,3,7,8
Sec 61 (pg 185) #4
Sec 65 (pg 195) #1-4,9,11
Sec 68 (pg 205) #1-6
Sec 72 (pg 218) #1-4,6,7
Sec 73 (pg 224) #1,2a,3,4
Sec 77 (pg 237) #1,2,4
Sec 79 (pg 242) #1,2
Sec 81 (Pg 247) #1,2,3b,4,5,7
Sec 83 (pg 254) #2-5,7
Sec 84 (pg 257) #1,4,6
Sec 86 (Pg 265) #1,2,4,9
Sec 88 (Pg 273) #1-3
Sec 91 (Page 282) #1
Topics
Complex numbers
rectangular and polar form
Analytic functions
limits and the derivative
Cauchy-Riemann equations
harmonic functions
Examples
exponential and log functions
complex exponents
trig functions
linear fractional transformations
Integrals
contour integral
antiderivatives
Cauchy-Goursat Theorem (and Morera's Theorem)
Cauchy Integral Formula
Liouville's theorem and the Fundamental Theorem of Algebra
maximum modulus principal
Series
geometric series
power series
Taylor series
Laurent series
Residues and poles
isolated singularities
residue theorem
residues at poles
behavior of a function near a singularity
Evaluating real integrals
Grades
Three exams, each worth 30%
Exam 1. September
Exam 2. November
Exam 3. December
Five homework assignments, each worth 2%.
The exams will be graded on a sliding scale, the harder the exam, the more lenient the grading. Out of 100, it will never be stricter than 90A, 80B, 70C, 60D.
Homework will receive full credit if there is an honest attempt to do the problems.
Exam and homework grades will be posted on the canvas Grades section within a week, but usually sooner.
Campus Resources
The course will be conducted in accordance with the Academic Honesty Policy and policy regarding the use of copyrighted material.
Students with disabilities requesting accommodations should first register with the Disability Resource Center by providing appropriate documentation. Once registered, students will receive an accommodation letter which must be presented to the instructor when requesting accommodation. Students with disabilities should follow this procedure as early as possible in the semester.
Academic advise and tutoring, as well as health advise (physical and mental) is available to students.
Requirements for class attendance and make-up exams, assignments, and other work in this course are consistent with university policies that can be found at: Attendance Policies
Information on current UF grading policies for assigning grade points may be found at: Grades
Students are expected to provide feedback on the quality of instruction in this course by completing a course evaluation online via GatorEvals. Students will be notified when the evaluation period opens and can complete evaluations through the email they receive from GatorEvals or in their Canvas course menu under GatorEvals.