Syllabus for Math 114.02

Applied Mathematical Analysis II

Spring 2000

[Note: The Reading references are to the textbook, Advanced Engineering Mathematics, 4th ed., by Peter O'Neil, Brooks/Cole Publishing Co., 1995.]

Week
Class Days
Topics
Readings
Activities
       
1
Jan. 11 Organization, complex numbers Section 17.1 Maple Tutorial
       
2
Jan. 16 & 18 geometry of complex numbers, complex functions Sections 17.2 & 17.4 Worksheet
       
3
Jan. 23 & 25 derivatives, transcendental functions, Cauchy-Riemann equations Sections 17.4, 17.5, & 17.7 Complex Transcendental Functions
       
4
Jan. 30 & Feb. 1 logarithms, hyperbolic functions, complex line integrals Sections 17.7, 17.8, &18.1 Complex Line Integrals I
       
5
Feb. 6 & 8 Cauchy Integral Theorem, Cauchy Integral Formula Sections 18.2 and 18.3 TBA
       
6
Feb. 13 & 15 Taylor series, review Sections 18.3 & 18.4  
       
7
Feb. 20 & 22 Test 1 (Feb. 20), Laurent Series Section 18.4 Isolated Singularities and Series Expansions
       
8
Feb. 27 & Mar. 1 Residue Theorem and application to real integrals Sections 18.5 and 18.7 TBA
         
9
Mar. 6 & 8 wave equation, Fourier series Sections 14.1, 14.2, & 16.3 Review of Fourier Series
       
10
Mar. 20 & 22 Laplace's equation Section 16.2 Laplace's Equation
       
11
Mar. 27 & 29 complex Fourier series, Fourier transform Sections 14.5 & 15.1

Fourier Transform I

       
12
Apr. 3 & 5

Fourier Transform, review, Test 2 (Apr. 5)

Sections 15.1 & 15.2  
       
13
Apr. 10 & 12 Laplace Transform Chapter 3 Experiments With the Laplace Transform
       
14
Apr. 17 & 19 inverse Laplace transform Section 18.6 The Inverse Laplace Transform
       
15
Apr. 24 review and evaluation