Homework Problem 5.14 A collection of parallel sheets of charge are spaced 1cm apart along the r-axis. The center sheet has charge density a. The outer two sheets have surface charge density aouter = a/3. The space between the leftmost and center sheet is partially filled with a conductor shown in gray. Compute the electric field everywhere. Compute any induced charge densi- ties clearly indicating their location and sign. This must be done starting from Gauss' law. Draw the electric field and the location of the induced charge. a/3 a/3 I II II IV V VI
Homework Problem 5.14 A collection of parallel sheets of charge are spaced 1cm apart along the r-axis. The center sheet has charge density a. The outer two sheets have surface charge density aouter = a/3. The space between the leftmost and center sheet is partially filled with a conductor shown in gray. Compute the electric field everywhere. Compute any induced charge densi- ties clearly indicating their location and sign. This must be done starting from Gauss' law. Draw the electric field and the location of the induced charge. a/3 a/3 I II II IV V VI
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Transcribed Image Text:Homework Problem 5.14 A collection of parallel sheets of
charge are spaced lcm apart along the r-axis. The center sheet
has charge density a. The outer two sheets have surface charge
density oouter = 0/3. The space between the leftmost and center
sheet is partially filled with a conductor shown in gray. Compute
the electric field everywhere. Compute any induced charge densi-
ties clearly indicating their location and sign. This must be done
starting from Gauss' law. Draw the electric field and the location
of the induced charge.
G/3
G/3
I II III IV
V
VI
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The electric field due to the sheet is:
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