U:42) The geometry for this problem is an infinitely long cylinder made up of PEC and dielectric materials. A line charge with pi = -5 x 10-12 c/m is at thecenter of the cylinder. For r < a and r > b, there is free space. At r = a, there is a very thin PEC layer. For a

Given: The line charge with ρl=-5×10-12 C/m In region C, relative permittivity εr=4 and r=6 mm To…

The geometry for this problem is an infinitely long cylinder made up of PEC and dielectric materials. A line charge with pi = -5 × 10¬12 c/m is at the center of the cylinder. For r < a and r > b, there is free space. At r = a, there is a very thin PEC layer. For a < r < b, there are three dielectric regions (A, B, C) with dielectric constants shown in the figure. The radii are given as a = 3 mm and b = 8 mm. Assume that the electric field intensity has the form E = f E,. Find the numerical value of E, at r = 6 mm for E, =9 Ep =6 region C. A Give your answer in V/m. B. Use 2 digits after the decimal point if necessary. PEC Er C Yanıt:

The geometry for this problem is an infinitely long cylinder made up of PEC and dielectric materials. A line charge with pi = -5 × 10¬12 c/m is at the center of the cylinder. For r < a and r > b, there is free space. At r = a, there is a very thin PEC layer. For a < r < b, there are three dielectric regions (A, B, C) with dielectric constants shown in the figure. The radii are given as a = 3 mm and b = 8 mm. Assume that the electric field intensity has the form E = f E,. Find the numerical value of E, at r = 6 mm for E, =9 Ep =6 region C. A Give your answer in V/m. B. Use 2 digits after the decimal point if necessary. PEC Er C Yanıt:

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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