5. Suppose f(z) is entire and lim∞ (2) = 0. Show that f(2) is a constant function. Z 1(C) Hint: Use generalized Cauchy integral formula to show that f'(2) = 0. Note that (6-2)2 ƒ(C)/(C-z) and f(c) 5-2 = = - 1(0)15 1(C)/C (5-2)15 12/5 → ? as (∞. f(z) = c where c is some constant complex number. Show Z 6. Suppose f(z) is entire and limo that f(z) = cz+b. Hint: Apply question 5 with g(z) = f(z) — cz.
5. Suppose f(z) is entire and lim∞ (2) = 0. Show that f(2) is a constant function. Z 1(C) Hint: Use generalized Cauchy integral formula to show that f'(2) = 0. Note that (6-2)2 ƒ(C)/(C-z) and f(c) 5-2 = = - 1(0)15 1(C)/C (5-2)15 12/5 → ? as (∞. f(z) = c where c is some constant complex number. Show Z 6. Suppose f(z) is entire and limo that f(z) = cz+b. Hint: Apply question 5 with g(z) = f(z) — cz.
Chapter3: Functions
Section3.3: Rates Of Change And Behavior Of Graphs
Problem 2SE: If a functionfis increasing on (a,b) and decreasing on (b,c) , then what can be said about the local...
Related questions
Question
![5. Suppose f(z) is entire and lim∞ (2) = 0. Show that f(2) is a constant function.
Z
1(C)
Hint: Use generalized Cauchy integral formula to show that f'(2) = 0. Note that (6-2)2
ƒ(C)/(C-z) and f(c)
5-2
=
=
- 1(0)15 1(C)/C
(5-2)15 12/5
→ ? as (∞.
f(z)
= c where c is some constant complex number. Show
Z
6. Suppose f(z) is entire and limo
that f(z) = cz+b.
Hint: Apply question 5 with g(z) = f(z) — cz.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F690bc708-737a-4036-8bde-cd8ee17ec8dd%2Fc1a614d7-d34b-4223-ba8c-1a05572e940d%2Fgcmlu1g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. Suppose f(z) is entire and lim∞ (2) = 0. Show that f(2) is a constant function.
Z
1(C)
Hint: Use generalized Cauchy integral formula to show that f'(2) = 0. Note that (6-2)2
ƒ(C)/(C-z) and f(c)
5-2
=
=
- 1(0)15 1(C)/C
(5-2)15 12/5
→ ? as (∞.
f(z)
= c where c is some constant complex number. Show
Z
6. Suppose f(z) is entire and limo
that f(z) = cz+b.
Hint: Apply question 5 with g(z) = f(z) — cz.
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