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For nN, use Cauchy's Formula to evaluate Hence show that and e(2) dz. =1 eos(nv) 0 cos (sin(n)) d = 2 0 ecos(n) sin
For nN, use Cauchy's Formula to evaluate Hence show that and e(2") dz. =1 eos(nv) 0 cos (sin(n)) d = 2 0 ecos(n) sin (sin(n)) dv = 0.
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To evaluate the integral z1 eznz dz using Cauchys formula we can write the integrand as a Laurent se...
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An Introduction to Analysis
Authors: William R. Wade
4th edition
132296381, 978-0132296380
