Understanding Proofs of Cauchy's Theorem & Local Exact Differentials - Prof. Mahdi Asgari, Assignments of Mathematics

Information about math 5283 homework set 6 from the fall 2006 semester. It includes instructions for problems related to cauchy's theorem and the integral of locally exact differential forms. Students are encouraged to understand the proofs, rather than just copying them, as outlined in problems 1 and 2. The document also includes references to specific problems in ahlfors' textbook. Additionally, problem 7 asks students to prove that the complement of a set in the complex plane, specifically ω = {z ∈ c : |z| > 1}, is not simply-connected using analytic functions.

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Math 5283, HW Set 6, Fall 2006
Due: Wednesday, November 8, 2006
1. Give a sketch of Beardon’s proof of the general form of Cauchy’s theorem.
See pages 142–144 in Ahlfors. Please do not just copy the proof, rather try to
understand it and give a summary of the steps.
2. Same with Artin’s proof of the fact that the integral of a locally exact
differential is zero over any cycle homologous to zero. See Theorem 16 on page
144 in Ahlfors.
3. Page 148, Problem 2 in Ahlfors.
4. Page 148, Problem 3 in Ahlfors.
5. Page 148, Problem 4 in Ahlfors.
6. Page 148, Problem 5 in Ahlfors.
7. Consider = {zC:|z|>1}. The complement of is the Riemann
sphere is not connected so is not simply-connected. Give another proof of
this fact using analytic functions.
1

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Math 5283, HW Set 6, Fall 2006

Due: Wednesday, November 8, 2006

  1. Give a sketch of Beardon’s proof of the general form of Cauchy’s theorem. See pages 142–144 in Ahlfors. Please do not just copy the proof, rather try to understand it and give a summary of the steps.
  2. Same with Artin’s proof of the fact that the integral of a locally exact differential is zero over any cycle homologous to zero. See Theorem 16 on page 144 in Ahlfors.
  3. Page 148, Problem 2 in Ahlfors.
  4. Page 148, Problem 3 in Ahlfors.
  5. Page 148, Problem 4 in Ahlfors.
  6. Page 148, Problem 5 in Ahlfors.
  7. Consider Ω = {z ∈ C : |z| > 1 }. The complement of Ω is the Riemann sphere is not connected so Ω is not simply-connected. Give another proof of this fact using analytic functions.