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As seen in Figure-2, the potential on an infinitely wide conductor plane measured. A point load of -3C was placed at (-5.6) and a point load of 4C was placed at (6.8) point. (-2,2) Calculate the potential value and the electric field created at the point. The energy stored in the system calculate.  suvject is elctromagnetic field theory.

As seen in Figure-2, the potential on an infinitely wide conductor plane measured. A point load of -3C was placed at (-5.6) and a point load of 4C was placed at (6.8) point. (-2,2) Calculate the potential value and the electric field created at the point. The energy stored in the system calculate.  suvject is elctromagnetic field theory.

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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As seen in Figure-2, the potential on an infinitely wide conductor plane measured. A point load of -3C was placed at (-5.6) and a point load of 4C was placed at (6.8) point. (-2,2) Calculate the potential value and the electric field created at the point. The energy stored in the system calculate.

 suvject is elctromagnetic field theory.

(6,8) SE0 40 AC (-5,6) -30 (-2,2) V = 0 Şekil-2
Transcribed Image Text:(6,8) SE0 40 AC (-5,6) -30 (-2,2) V = 0 Şekil-2
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