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11.198 Perfectly conducting cylinders with radii of 8 mm and 20 mm are coaxial. The region between the cylinders is filled with a perfect dielectric for which e = 10 /4x F/m and 4, = 1. If e in this region is (500/p) cos(mt- 42)a, V/m, find (a) », with the help of Maxwell's equations in cylindrical coordinates; (b) H(p, z, t); (c) (S (p, z, 1)): (d) the average power passing through every cross section 8

11.198 Perfectly conducting cylinders with radii of 8 mm and 20 mm are coaxial. The region between the cylinders is filled with a perfect dielectric for which e = 10 /4x F/m and 4, = 1. If e in this region is (500/p) cos(mt- 42)a, V/m, find (a) », with the help of Maxwell's equations in cylindrical coordinates; (b) H(p, z, t); (c) (S (p, z, 1)): (d) the average power passing through every cross section 8

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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11.19| Perfectly conducting cylinders with radii of 8 mm and 20 mm are coaxial. The region between the cylinders is filled with a perfect dielectric for which e = 10/4n F/m and u, = 1. If e in this region is (500/p) cos(@t- 42)a, V/m, find (a) m, with the help of Maxwell's equations in cylindrical coordinates; (b) H(p, z, t); (c) (S (p, z, 1)); (d) the average power passing through every cross section 8 <p< 20 mm, 0 <p < 2n.
Transcribed Image Text:11.19| Perfectly conducting cylinders with radii of 8 mm and 20 mm are coaxial. The region between the cylinders is filled with a perfect dielectric for which e = 10/4n F/m and u, = 1. If e in this region is (500/p) cos(@t- 42)a, V/m, find (a) m, with the help of Maxwell's equations in cylindrical coordinates; (b) H(p, z, t); (c) (S (p, z, 1)); (d) the average power passing through every cross section 8 <p< 20 mm, 0 <p < 2n.
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