A point charge, q = 8.61-nC, is placed in the cavity of theconducting spherical shell shown in the figure, which wasalready carrying an excess charge of 3.92 nC.The system quickly reaches electrostatic equilibrium ...(a) The electric field between the inner and outer surfaces of the spherical shell:O points away from the charge in the cavity.O points toward the charge in the cavity.O doesn't exist. It is zero.(b) The electric field inside the hollow cavity...O points away from the charge in the cavity.O points toward the charge in the cavity.O doesn't exist. It is zero(c) The electric field on the outer surface of the conductor ...O points away from the charged conductor.O points toward the charged conductor.O doesn't exist. It is zero(d) Find the charge distributed over the inner surface of the conducting shell.Qinner =nC(e) What is the excess charge on the conducting shell?Qtotal =nC(f) What charge is distributed over the outer surface of the shell?Qouter =nC

Answered: A point charge, q = 8.61-nC, is placed…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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A point charge, q = 8.61-nC, is placed in the cavity of the
conducting spherical shell shown in the figure, which was
already carrying an excess charge of 3.92 nC.
The system quickly reaches electrostatic equilibrium ...
(a) The electric field between the inner and outer surfaces of the spherical shell:
O points away from the charge in the cavity.
O points toward the charge in the cavity.
O doesn't exist. It is zero.
(b) The electric field inside the hollow cavity...
O points away from the charge in the cavity.
O points toward the charge in the cavity.
O doesn't exist. It is zero
(c) The electric field on the outer surface of the conductor ...
O points away from the charged conductor.
O points toward the charged conductor.
O doesn't exist. It is zero
(d) Find the charge distributed over the inner surface of the conducting shell.
Qinner =
nC
(e) What is the excess charge on the conducting shell?
Qtotal =
nC
(f) What charge is distributed over the outer surface of the shell?
Qouter =
nC

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Given the a point charge

q= 8.61 nc

already carrying an excess charge =3.92 nc

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