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
Transcribed Image Text:f. What is true of the voltage inside a solid conductor in electrostatic equilibrium? Choose one!
The voltage inside a positively charged conductor increases as one approaches the center.
The voltage inside a positively charged conductor decreases as one approaches the center.
The voltage inside a conductor must be zero.
The voltage inside a conductor is the same everywhere inside and is equal to the voltage at the
surface.
i.
ii.
iii.
iv.
g. What is the voltage difference between an initial point at a distance 4b from the central axis and a final
point at the center axis of the metal cylinder? No new calculation should be required.
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