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d) The stored electrostatic energy We e) Magnitude and the direction of the force acting on the slab Fm

d) The stored electrostatic energy We e) Magnitude and the direction of the force acting on the slab Fm

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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Q1. A parallel plate capacitor of width W, length L, and separation d has a solid dielectric slab of permittivity e(x) as shown in the figure. A potential difference Vo Volts is applied to the capacitor terminals. Neglecting fringing, for i. e(x) = €o ii. e(x) = €ge* %3D Determine; a) The electric field intensity É, b) The displacement vector D, c) The capacitance C, d) The stored electrostatic energy We e) Magnitude and the direction of the force acting on the slab Fm W & (x) Figure of Q1
Transcribed Image Text:Q1. A parallel plate capacitor of width W, length L, and separation d has a solid dielectric slab of permittivity e(x) as shown in the figure. A potential difference Vo Volts is applied to the capacitor terminals. Neglecting fringing, for i. e(x) = €o ii. e(x) = €ge* %3D Determine; a) The electric field intensity É, b) The displacement vector D, c) The capacitance C, d) The stored electrostatic energy We e) Magnitude and the direction of the force acting on the slab Fm W & (x) Figure of Q1
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