4. Let C be the positively oriented circle centered at the origin with radius r> 3. Without evaluating the integral, show that z2 dzs. 270-3 (2 +9)2 (r² – 9)?

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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parametrization z(t)= 2+ e", for 0<1ST. Evaluate the contour integral
-dz
z- 2
2.
Let C be the right-hand semicircle with radius 1 centered at origin given by the
parametrization z(t)= e" , for -
Evaluate the contour integral of f(z)
SIS
along C for the principal branch of the power function defined by:
f(z) = z' = exp(iLog(z)), (z| > 0, – x < Arg(z) < t ).
3.
Let C be the line segment from – 1- i to 3 + i given by the parametrization
z(t) = 2t +1+ it , for -1<is1. Evaluate the contour integral J Z dz
C
4.
Let C be the positively oriented circle centered at the origin with radius r>3.
Without evaluating the integral, show that
z2
dzs
+9)2
(r² – 9)?
5.
Let C denote the line segment from z = i to z= 1. Without evaluating the integral,
show that
Let C be the positively oriented circle centered at the origin with radius r>1.
Without evaluating the integral, show that
6.
Log(z)
dz < 2n
T + In(r)
By finding an antiderivative, evaluate the integral, where the contour is any path
between the indicated limits of integration:
7.
i
-i
Transcribed Image Text:parametrization z(t)= 2+ e", for 0<1ST. Evaluate the contour integral -dz z- 2 2. Let C be the right-hand semicircle with radius 1 centered at origin given by the parametrization z(t)= e" , for - Evaluate the contour integral of f(z) SIS along C for the principal branch of the power function defined by: f(z) = z' = exp(iLog(z)), (z| > 0, – x < Arg(z) < t ). 3. Let C be the line segment from – 1- i to 3 + i given by the parametrization z(t) = 2t +1+ it , for -1<is1. Evaluate the contour integral J Z dz C 4. Let C be the positively oriented circle centered at the origin with radius r>3. Without evaluating the integral, show that z2 dzs +9)2 (r² – 9)? 5. Let C denote the line segment from z = i to z= 1. Without evaluating the integral, show that Let C be the positively oriented circle centered at the origin with radius r>1. Without evaluating the integral, show that 6. Log(z) dz < 2n T + In(r) By finding an antiderivative, evaluate the integral, where the contour is any path between the indicated limits of integration: 7. i -i
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