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please explain in detail how the answer was reached
![22. A flat capacitor is charged with a (free) charge density on the upper face of the glass plate y = 4 inside
the capacitor. How much is the polarization density on the upper face of the
slab?
G₂= (K-1) G₂ =
k
p = +6µC/m2
p = 2μC/m2
p = 6μC/m2
p = +2µC/m2 Ca faccia xup..
= 8μC/m2. I enter a
(2-1)-+-8)= -6 pel / m² + 6 polfen?
4
. del condensatore è -quida perforcon sup thella lastné +
FFFF +](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F25b98205-ee11-4340-b2c6-069b84298498%2F26250d60-20c8-47a3-9a8f-3d5b695ca77c%2Fbg7vv98_processed.png&w=3840&q=75)
Transcribed Image Text:22. A flat capacitor is charged with a (free) charge density on the upper face of the glass plate y = 4 inside
the capacitor. How much is the polarization density on the upper face of the
slab?
G₂= (K-1) G₂ =
k
p = +6µC/m2
p = 2μC/m2
p = 6μC/m2
p = +2µC/m2 Ca faccia xup..
= 8μC/m2. I enter a
(2-1)-+-8)= -6 pel / m² + 6 polfen?
4
. del condensatore è -quida perforcon sup thella lastné +
FFFF +
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