VCD-2 A solid non-conducting sphere of radius R has a volume charge density p that increases with radius according to th

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Vcd 2 A Solid Non Conducting Sphere Of Radius R Has A Volume Charge Density P That Increases With Radius According To Th 1 (317.27 KiB) Viewed 35 times

VCD-2 A solid non-conducting sphere of radius R has a volume charge density p that increases with radius according to the equation p=-por. a) Describe the amount of charge dq within an imaginary thin shell of radius r and thickness dr within the solid sphere. b) Apply Gauss' Law NE JÄ= Genel to find the electric field strength at point P, within the sphere as shown to the right. Clearly explain the evaluation of both sides of the equation. Your answer may include any of the following: Po, Eo, and R. Answers VCD-1 a) 0.424uCb) 0.141ucc) The inner shell. d) Charge density decreases more rapidly with r than than the volume increases with r. e) 97.5uC VCD-2 a) dq=4npadr b) E-