The relative dicectric coefficientof theîn the figureplanarlectrade system givenGuyosone heauy sofveysforequation Er= Ero-n.xystem, it is Ero = 8;and the gap between theTS gruenelectrode ystem, 30ŁVvoltage is applied. In this case,ampletude of thetothethiseJectraleO= 1,5 cm-%3Dele ctrodesas3 cm.In this planardarectfond thefield(edge ettectsElectrode leng thelectricsrength at A (2cm, 3 cm)uill be Pgnored?b< 15 cm y Aа (ст)28 dakikaelektrotelektrotU(kV)Cevap Listesi2.X BoşAktifx Cevap KaydedildiCevap KaydedilemediSession ID: 242ea8d2-08f4-478f-8dd2-b8E =E0--Nxb (cm)

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The relative diclectric coefficient planar electrode system grven changes linearly equation Er= Ero-n.x ystem, it is Ero= 8; and the gp between the of the în the figure according to the for %3D this electrale ニ O = 1,5 cm-1 ele ctrodes TS gruen as 3 cm. In this planar dere ct voltage is find the field electrode ystem, 30EV applied. In this case, electric ampletude of the srength at A (2cm, 3 cm) edge ettects uill be Pgnored Electrode length bc 15 cm

The relative diclectric coefficient planar electrode system grven changes linearly equation Er= Ero-n.x ystem, it is Ero= 8; and the gp between the of the în the figure according to the for %3D this electrale ニ O = 1,5 cm-1 ele ctrodes TS gruen as 3 cm. In this planar dere ct voltage is find the field electrode ystem, 30EV applied. In this case, electric ampletude of the srength at A (2cm, 3 cm) edge ettects uill be Pgnored Electrode length bc 15 cm

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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