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

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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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Concept explainers

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

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= e pa²
26 LT
260T
pa²
4807
e
+
ZEOLT
+ b) E= e pa²
+
48oLT
2E07
pa²
e) E=- e
+
EoLr 280T
Q
26 Lr
c) E=;
+
pa²
Eor
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
in mC/m².
a) 30 b)15 c)20 d)45 e)10
3) An electron in mala
Qq
+
+
+
+
+
+
10
р
2Q+q

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