
Holomorphic functon
The following is a multiple choice question in which more than one option may be right.
Let D={z belongs to C: z <1} which of the following is true?
a) There exists a holomorphic function f from D>D with f(0)= 0, f'(0)=2
b) There exists a holomorphic function f from D>D with f(3/4)= 3/4, f'(2/3)=3/4
c) There exists a holomorphic function f from D>D with f(3/4)= 3/4, f ' (3/4)= 3/4
d) There exists a holomorphic function f from D>D with f(1/2)= 1/2, f ' (1/4)= 1
I've used SchwarzPick Theorem and Schwarz lemma to confirm that the first(a) and the third(c) options are right. But I'm not able to ascertain whether options b and d are right or not.
Can some one throw some light on that?
Thanks