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3.16 An electric flux density is given by D = Do a,, where Do is a given constant. (a) What charge density generates this field? (b) For the specified field, what total charge is contained within a cylinder of radius a and height b, where the cylinder axis is the z axis?

3.16 An electric flux density is given by D = Do a,, where Do is a given constant. (a) What charge density generates this field? (b) For the specified field, what total charge is contained within a cylinder of radius a and height b, where the cylinder axis is the z axis?

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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3.16 I An electric flux density is given by D = Do ap, where Do is a given constant. (a) What charge density generates this field? (b) For the specified field, what total charge is contained within a cylinder of radius a and height b, where the cylinder axis is the z axis? I want the solution in handwriting, not solutions reference, in detail, especially integration, if any
Transcribed Image Text:3.16 I An electric flux density is given by D = Do ap, where Do is a given constant. (a) What charge density generates this field? (b) For the specified field, what total charge is contained within a cylinder of radius a and height b, where the cylinder axis is the z axis? I want the solution in handwriting, not solutions reference, in detail, especially integration, if any
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