Given the potential field V=2x²y-5z. Find: a) Electric field intensity E, at the point P (-4,3,6) b) Electric flux density D at P. k) Volume charge density Py at P. a) E=480ax - 320ay +50az b) D=-42.48 ax - 28.32 ay + 44.25 az PC/m^2 c) pv=-106.2 PC/m^3 a) E=48ax - 32ay +5az b) D=-424.8 ax - 283.2 ay + 44.25 az PC/m^2 c) pv=-106.2 PC/m^3 a) E=4.8ax - 3.2ay +5az b) D=-42.48 ax - 283.2 ay + 4.425 az PC/m^2 c) pv=-16.2 PC/m^3

Given the potential field V=2x²y-5z. Find: a) Electric field intensity E, at the point P (-4,3,6) b) Electric flux density D at P. k) Volume charge density Py at P. a) E=480ax - 320ay +50az b) D=-42.48 ax - 28.32 ay + 44.25 az PC/m^2 c) pv=-106.2 PC/m^3 a) E=48ax - 32ay +5az b) D=-424.8 ax - 283.2 ay + 44.25 az PC/m^2 c) pv=-106.2 PC/m^3 a) E=4.8ax - 3.2ay +5az b) D=-42.48 ax - 283.2 ay + 4.425 az PC/m^2 c) pv=-16.2 PC/m^3

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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