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The relative dielectric coefficient of the planar electrode system given in the figure is Er = Er0 - n. It changes linearly according to the x relation. Er0 = 7.2 for this electrode system; n = 1.8 cm ^ -1 and the gap between electrodes is given as a = 3 cm. 26 kV direct voltage is applied to this planar electrode system, so find the amplitude of the electric field strength at point A (2.7cm, 3cm). (Edge effects will be neglected, electrode length b <15 cm) y 4 a (cm) -> electrode electrode

The relative dielectric coefficient of the planar electrode system given in the figure is Er = Er0 - n. It changes linearly according to the x relation. Er0 = 7.2 for this electrode system; n = 1.8 cm ^ -1 and the gap between electrodes is given as a = 3 cm. 26 kV direct voltage is applied to this planar electrode system, so find the amplitude of the electric field strength at point A (2.7cm, 3cm). (Edge effects will be neglected, electrode length b <15 cm) y 4 a (cm) -> electrode electrode

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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The relative dielectric coefficient of the planar electrode system given in the figure is Er = Er0 - n. It changes linearly according to the x relation. Er0 = 7.2 for this electrode system; n = 1.8 cm ^ -1 and the gap between electrodes is given as a = 3 cm. 26 kV direct voltage is applied to this planar electrode system, so find the amplitude of the electric field strength at point A (2.7cm, 3cm). (Edge effects will be neglected, electrode length b <15 cm) y 4 a (cm) -> electrode electrode

y A а (ст) <> a elektrot elektrot U(kV) -- 一. x=0 X3a 1. (шә) q
Transcribed Image Text:y A а (ст) <> a elektrot elektrot U(kV) -- 一. x=0 X3a 1. (шә) q
a) E= 6.641882 kV/cm b) O E= 9.115988 kV/cm c) E= 10.886939 kV/cm d) E=12.331369 kV/cm e) O E= 12.937776 kV/cm f) E= 6.944996 kV/cm g) O E=14.426950 kV/cm h) E= 7.873739 kV/cm
Transcribed Image Text:a) E= 6.641882 kV/cm b) O E= 9.115988 kV/cm c) E= 10.886939 kV/cm d) E=12.331369 kV/cm e) O E= 12.937776 kV/cm f) E= 6.944996 kV/cm g) O E=14.426950 kV/cm h) E= 7.873739 kV/cm
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