MAT4574 Complex Analysis
MATH 4574 - Vector/Complex Analysis
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Course Policies (CRN 86683)
Course Policies (CRN 86684)
WeBWorK problems (.tgz)
All course materials will be posted on the course canvas page.
Course notes (PDF)
Course notes (PDF)
Schedule
Below is a schedule of the semester and roughly what I intend to cover each week.-
Oct 19 - Oct 23
(Section 19.1) Geometry and Arithmetic of Complex Numbers
(Section 19.2) Complex Functions
(Section 19.3) The Exponential and Trigonometric Functions
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Oct 26 - Oct 30
(Section 19.4) The Complex Logarithm
(Section 19.5) Powers
(Section 19.A) Harmonic Functions
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Nov 02 - Nov 06
(Section 20.1) The Integral of a Complex Functions
(Section 20.2) Cauchy's Theorem
(Section 20.3) Consequences of Cauchy's Theorem
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Nov 09 - Nov 13
(Section 20.A) Applications to Harmonic Functions
(Section 21.1) Power Series
(Section 21.2) The Laurent Expansion
- Nov 14 Exam 3 @ All day on Canvas
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Nov 16 - Nov 20
(Section 22.1) Singularities
(Section 22.2) The Residue Theorem
(Section 22.3) Evaluation of Real Integrals
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Nov 30 - Dec 04
(Section 22.A) The Point at Infinity and the Riemann Sphere
(Section 23.1) Conformal Mappings
(Section 23.2) Construction of Conformal Mappings
- Dec 07 - Dec 09
Review
- Dec 15 Exam 4 @ All Day on Canvas
Exam Topics
Each exam covers the following sections from the course textbook:- Exam 3 - Sections 19.1 - 19.A, 20.1 - 20.A
- Exam 4 - Sections 21.1 - 21.2, 22.1 - 22.3
Exam Reviews
Review past homework assignments, and consult your book for problems of comparable difficulty.Office Hours
My official office hours are listed below.
Monday | 12:00pm - 1:00pm | Zoom (661-812-1099) | ||
Tuesday | 12:30pm - 1:00pm | Zoom (661-812-1099) | ||
Wednesday | ||||
Thursday | ||||
Friday |
If you cannot make those, I am available by appointment (in my office) and by email.