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Patrick corn's math 185 homework 9 from summer 2005. The homework consists of eight problems, including demonstrating the existence of a point on the unit circle with a given property using the maximum modulus principle, and proving that if the absolute value of one entire function is always less than or equal to that of another, then they are constant multiples. Hints are provided for each problem.
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Patrick Corn Math 185, summer 2005 Homework 9 Due 7/26/ Problem 1: Let a 1 ,... , an be points on the unit circle. Show that there is some other point p on the unit circle such that the product of the distances from p to ai, 1 ≤ i ≤ n, is at least 1. (Hint: Maximum Modulus Principle!)
Problems 2-7: VIII.4.1, VIII.7.2, VIII.7.5, VIII.12.1, VIII.12.2, VIII.12.3. Problem 8: (Prelim exam, spring 1981) Suppose that f and g are entire functions such that |f (z)| ≤ |g(z)| for all z ∈ C. Show that f (z) = cg(z) for some constant c. (Hint: Think about the singularities of f /g.)
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