1) A conducting cylindrical thin shell of length L and radius b, with total charge Qsurrounds a very long nonconducting cylindrical rod of Length L and radius a with auniform volume charge density p as shown in figure. Use Gauss's law to find theelectric field outside the cylindrical shell, where r>b.a) E= e pa²26 LT260Tpa²4807e+ZEOLT+ b) E= e pa²+48oLT2E07pa²e) E=- e+EoLr 280TQ26 Lrc) E=;+pa²Eord) E=2) Two identical metallic plates of area A=1m² are given charges Q=10mC and2Q, respectively. The two plates are place parallel to each other separated bydistance d=0.25m, as shown in the figure Find the magnitude of the chargedensity that will form on the outer surface of two plates. Express your resultin mC/m².a) 30 b)15 c)20 d)45 e)103) An electron in malaQq++++++10р2Q+q

Answered: Image /qna-images/answer/3f7bb637-71fd-4f56-9c63-a438c923df56.jpg

1) A conducting cylindrical thin shell of length L and radius b, with total charge Q surrounds a very long nonconducting cylindrical rod of Length L and radius a with a uniform volume charge density p as shown in figure. Use Gauss's law to find the electric field outside the cylindrical shell, where r>b. a) E= جامع2 + 20 Lr pa² 4807 pa² + b) E= ZET 48oLT e) E= pa² + tolr 280T pa² 2007 Q 26 Lr c) E=; + pa² For d) E= 2) Two identical metallic plates of area A=1m² are given charges Q-10mC and 2Q, respectively. The two plates are place parallel to each other separated by distance d=0.25m, as shown in the figure Find the magnitude of the charge density that will form on the outer surface of two plates. Express your result n mC/m².

1) A conducting cylindrical thin shell of length L and radius b, with total charge Q surrounds a very long nonconducting cylindrical rod of Length L and radius a with a uniform volume charge density p as shown in figure. Use Gauss's law to find the electric field outside the cylindrical shell, where r>b. a) E= جامع2 + 20 Lr pa² 4807 pa² + b) E= ZET 48oLT e) E= pa² + tolr 280T pa² 2007 Q 26 Lr c) E=; + pa² For d) E= 2) Two identical metallic plates of area A=1m² are given charges Q-10mC and 2Q, respectively. The two plates are place parallel to each other separated by distance d=0.25m, as shown in the figure Find the magnitude of the charge density that will form on the outer surface of two plates. Express your result n mC/m².

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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