b) Using the Residue Theorem (or otherwise) compute the follo- wing integrals (all the curves are positively oriented; state all the theorems/propositions that are used in the solution) 1/2 e² dz iii) √ (7-1)² (2+1) 2 i) S z²++ dz ü) S ½½e ²² dz 121=122-22 121=1 Sinz 121=2 (2 + 1) 3 dz v) S 12-11 = 5/2/2 dz 12-1-11=2 dz (2-5)(z+1)4
b) Using the Residue Theorem (or otherwise) compute the follo- wing integrals (all the curves are positively oriented; state all the theorems/propositions that are used in the solution) 1/2 e² dz iii) √ (7-1)² (2+1) 2 i) S z²++ dz ü) S ½½e ²² dz 121=122-22 121=1 Sinz 121=2 (2 + 1) 3 dz v) S 12-11 = 5/2/2 dz 12-1-11=2 dz (2-5)(z+1)4
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
b) iv)
![b) Using the Residue Theorem (or otherwise) compute the follo-
wing integrals (all the curves are positively oriented; state all
the theorems/propositions that are used in the solution)
1/2 e² dz iii) √ (7-1)² (2+1) 2
i) S
z²++ dz ü) S ½½e ²² dz
121=122-22
121=1
Sinz
121=2
(2 + 1) 3 dz
v) S
12-11 = 5/2/2
dz
12-1-11=2
dz
(2-5)(z+1)4](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe8c5cbec-f2bb-49b4-94bb-4d6293937097%2F1d41f54c-2481-457b-9760-0968598d01f2%2Ftwgc2w_processed.png&w=3840&q=75)
Transcribed Image Text:b) Using the Residue Theorem (or otherwise) compute the follo-
wing integrals (all the curves are positively oriented; state all
the theorems/propositions that are used in the solution)
1/2 e² dz iii) √ (7-1)² (2+1) 2
i) S
z²++ dz ü) S ½½e ²² dz
121=122-22
121=1
Sinz
121=2
(2 + 1) 3 dz
v) S
12-11 = 5/2/2
dz
12-1-11=2
dz
(2-5)(z+1)4
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