(MATH 332) Introduction to Complex Variables
Complex algebra, analytical functions, integration and differentiation in the complex plane, infinite series, the theory of residues, conformal mappings.
Credit Hours | 3.0 Lecture |
---|---|
Prerequisite | MATH 214 |
Offered | Winter - odd years, spring - even years |
Programs | Mathematics (BS), Mathematics Minor |
Course Learning Outcomes
- Students will be able to successfully apply trigonometry and algebra to solve complex variables problems.
- Students will be able to understand and work with limits, derivatives, integrals, and parametric equations in the context of complex variables.
- Students will be able to appropriately use theorems and definitions to solve problems.
- Students will be able to appropriately and logically construct basic proofs.
- Students will be able to use definitions and new language to express mathematical ideas.
- Students will be able to apply major definitions, theorems, and algorithms related to complex variables to solve problems.
- Complex variables is typically a part of any graduate mathematics degree program.