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To the right of the infinite sheet with a surface charge density of a= 5.0nC/m², there is an infinitely sized conductive sheet with a thickness of 20.0 cm at a distance of 3.0m. If the position of the leaf is taken as X=0, (you can get k=9x109 ) a) Electric field at X=-1.0m b) Electric field at X= 4.0m c) What is the electric field at X= 3.10m?

To the right of the infinite sheet with a surface charge density of a= 5.0nC/m², there is an infinitely sized conductive sheet with a thickness of 20.0 cm at a distance of 3.0m. If the position of the leaf is taken as X=0, (you can get k=9x109 ) a) Electric field at X=-1.0m b) Electric field at X= 4.0m c) What is the electric field at X= 3.10m?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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To the right of the infinite sheet with a surface charge density of a= 5.0nC/m², there is an infinitely sized conductive sheet with a thickness of 20.0 cm at a distance of 3.0m. If the position of the leaf is taken as X=0, (you can get k=9x109 )

a) Electric field at X=-1.0m

b) Electric field at X= 4.0m
c) What is the electric field at X= 3.10m?

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