Math 132, Spring 2000 (Section 1)

Complex Analysis for Applications

What's new:

  • Some basic info about the final.  (Mar 15)
  • Regarding the question of notes etc. for the midterms: no notes, books or calculators are allowed for the mid-terms.  A 5x7 index card will be allowed for the final.  (Feb 4)

Course Information:

Official stuff 

Stuff specific to 132/1 Winter 2000 

Lecture notes:
 

  • Week 1: Complex arithmetic, complex sets, limits, differentiation, Cauchy-Riemann equations. [pdf]
  • Week 2: Complex analytic functions, harmonic functions, Möbius transforms.   [pdf]
  • Week 3: Möbius transforms, complex exponential, trig, hyperbolic, and log functions.   [pdf]
  • Week 4: Complex powers, inverse trig functions, review for first midterm.   [pdf]
  • Week 5: Contour integration, Fundamental theorem of calculus, Cauchy theorems and applications.   [pdf]
  • Week 6: Power series, Taylor series, Laurent series.   [pdf]
  • Week 7: No lecture notes this week.
  • Week 8: Zeroes, singularities, the point at infinity.   [pdf]
  • Week 9: The residue theorem; trig integrals, rational integrals; trig-rational integrals.  [pdf]
  • Week 10: Principal value integrals; integrals with branch cuts; argument principle; Rouche's theorem [pdf]

Errata in Week 6 (thanks to Nick Chan):

·        p.6, 2nd line, the 2nd term in the right hand side, w_n is placed wrongly

·        p.7, 3rd line, z_1 is missing in the series expression

·        p.10, in the comparison test, z_n is missing in the second summation

·        p.26, -3rd line, a_n * ( z - z_0 )^n is missing in the summation

Erratum in Week 10 (thanks to Chan-Ho Suh): z^5+z+1 should be z^5-z-1 throughout.

Sample Exams:
 
 
 

Sample quiz: 

Sample first midterm: 

Sample second midterm: 

Sample final: 

Note: The DVI and PostScript formats are quicker to download than the HTML version, but might not be viewable by your browser. Also, there are some variations in presentation (but not content) between versions. If even the HTML version is unreadable, Let Me Know!

Java applications

These applets are not officially part of the course, but are meant to illustrate some geometric aspects of complex arithmetic and analysis.  Of course, your browser has to be Java-enabled to view these applets properly (for Netscape, this means checking the Enable Java box in "Edit/Preferences/Advanced"; for IE, check the Java JIT compiler enabled box in "View/Internet Options/Advanced").

Miscellaneous links:
 


 

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