Consider that very thin spherical conductive shells, whose potential values are given as in the figure, are in electrostatic equilibrium. Between which points does a negative charge move, the work done by electrical forces is the smallest
Consider that very thin spherical conductive shells, whose potential values are given as in the figure, are in electrostatic equilibrium. Between which points does a negative charge move, the work done by electrical forces is the smallest
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Consider that very thin spherical conductive shells, whose potential values are given as in the figure, are in electrostatic equilibrium. Between which points does a negative charge move, the work done by electrical forces is the smallest?
Transcribed Image Text:B
60 V
20 V
E
100 V
D
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