Given U_1 = {z = x+iy \in C: y > |x|}, f_1(z) = z^2, U_2 = f_1(U_1) = {z \in C: Re(z) < 0} (i) why U_2 = {z \in C: Re(z) < 0} = {z \in C: (|z-1|/|z+1| >1}? how to get this transformation? (ii) How to find a conformal map f_3 that maps U_1 onto C\ \overline{D}_1(0) (maps U_1 onto complex plane minus closed 1-disc centred at 0).
Given U_1 = {z = x+iy \in C: y > |x|}, f_1(z) = z^2, U_2 = f_1(U_1) = {z \in C: Re(z) < 0} (i) why U_2 = {z \in C: Re(z) < 0} = {z \in C: (|z-1|/|z+1| >1}? how to get this transformation? (ii) How to find a conformal map f_3 that maps U_1 onto C\ \overline{D}_1(0) (maps U_1 onto complex plane minus closed 1-disc centred at 0).
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Given U_1 = {z = x+iy \in C: y > |x|}, f_1(z) = z^2, U_2 = f_1(U_1) = {z \in C: Re(z) < 0}
(i) why U_2 = {z \in C: Re(z) < 0} = {z \in C: (|z-1|/|z+1| >1}? how to get this transformation?
(ii) How to find a conformal map f_3 that maps U_1 onto C\ \overline{D}_1(0) (maps U_1 onto complex plane minus closed 1-disc centred at 0).
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