Problem 5: An infinitely long cylinder with relative permittivity &> 1 and radius a is charged with a volume charge dens

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Problem 5 An Infinitely Long Cylinder With Relative Permittivity 1 And Radius A Is Charged With A Volume Charge Dens 1 (25 KiB) Viewed 42 times

Problem 5: An infinitely long cylinder with relative permittivity &> 1 and radius a is charged with a volume charge density = Pvo (1 - 7²7) There is no charge outside the cylinder. Free space (air) surrounds the cylinder. ,r <a. 5a) Use Gauss's law to calculate D everywhere in space. Graph D(r) vs r. 5b) Calculate and graph E(r) vs r everywhere. Calculate and graph P(r) vs r everywhere. 5c) Calculate and graph the electric potential V(r), assuming it is zero on the cylinder axis.