1. A charged shell The electric field inside and outside a spherical shell with radius R is given by k kR 2R R Ein - ## [(1 – ²ª cos 0 ) * - ²ª sin 66] · i R T Find the surface charge density in the shell. and out
1. A charged shell The electric field inside and outside a spherical shell with radius R is given by k kR 2R R Ein - ## [(1 – ²ª cos 0 ) * - ²ª sin 66] · i R T Find the surface charge density in the shell. and out
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![1. A charged shell
The electric field inside and outside a spherical shell with radius R is given by
kR
2R
R
# [ (1-2/2 cos 0) +-# sin 06].
Ein
k
2 and Eout
Find the surface charge density in the shell.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fea8d789b-97df-4158-8f36-f808034efdd2%2F0088c90c-6ae2-48d7-bad6-2639982dbb69%2Fg638cir_processed.png&w=3840&q=75)
Transcribed Image Text:1. A charged shell
The electric field inside and outside a spherical shell with radius R is given by
kR
2R
R
# [ (1-2/2 cos 0) +-# sin 06].
Ein
k
2 and Eout
Find the surface charge density in the shell.
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