There is a parallel plate capacitor connected to a battery and a dielectric material is partially inserted between the capacitor plates. Which one of the below statements is wrong? Select one: When we move the dielectric towards right (increasing the offset), the capacitance of the capacitor decreases. When we move the dielectric towards left (decreasing the offset), the amount of energy stored in the capacitor increases. When we move the dielectric towards right (increasing the offset), the amount of induced charge on the dielectric decreases. When we move the dielectric towards left (decreasing the offset), the amount of charge on the capacitor plates decreases.
There is a parallel plate capacitor connected to a battery and a dielectric material is partially inserted between the capacitor plates. Which one of the below statements is wrong? Select one: When we move the dielectric towards right (increasing the offset), the capacitance of the capacitor decreases. When we move the dielectric towards left (decreasing the offset), the amount of energy stored in the capacitor increases. When we move the dielectric towards right (increasing the offset), the amount of induced charge on the dielectric decreases. When we move the dielectric towards left (decreasing the offset), the amount of charge on the capacitor plates decreases.
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There is a parallel plate capacitor connected to a battery and a dielectric material is partially inserted between the capacitor plates. Which one of the below statements is wrong?
Transcribed Image Text:10-12
10-12
10-12.
Disconnect Battery
Plate Charge (top)
0.41x1012 c
Capacitanee
Stored Energy
0.28x1012 F
0.31x1012 J
Separation
10.0 mm
Plate Area
100.0 mm
1.5 V
Fov
Offset
4.7 mm
-1.5 V
6 O O-
Transcribed Image Text:There is a parallel plate capacitor connected to a battery and a dielectric material is partially inserted between the
capacitor plates. Which one of the below statements is wrong?
Select one:
When we move the dielectric towards right (increasing the offset), the capacitance of the capacitor decreases.
When we move the dielectric towards left (decreasing the offset), the amount of energy stored in the capacitor
increases.
When we move the dielectric towards right (increasing the offset), the amount of induced charge on the
dielectric decreases.
When we move the dielectric towards left (decreasing the offset), the amount of charge on the capacitor plates
decreases.
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