Two metal spheres, equal and very small compared to their distance, are supported by two insulating supports. The beads are loaded with a charge of +1.0 µC and +3.0 µC, respectively. Taking care to touch only the supports, the two spheres are brought into contact an d then returned to the starting position. As an effect of this operation, the electrostatic force acting between them changes from the initi al value 27 mN to the value: 16 mN 14 mN 18 mN 36 mN
Two metal spheres, equal and very small compared to their distance, are supported by two insulating supports. The beads are loaded with a charge of +1.0 µC and +3.0 µC, respectively. Taking care to touch only the supports, the two spheres are brought into contact an d then returned to the starting position. As an effect of this operation, the electrostatic force acting between them changes from the initi al value 27 mN to the value: 16 mN 14 mN 18 mN 36 mN
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Transcribed Image Text:Two metal spheres, equal and very small compared to their distance, are supported by two insulating supports. The beads are loaded
with a charge of +1.0 µC and +3.0 µC, respectively. Taking care to touch only the supports, the two spheres are brought into contact an
d then returned to the starting position. As an effect of this operation, the electrostatic force acting between them changes from the initi
al value 27 mN to the value:
O 16 mN
14 mN
18 mN
36 mN
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