17 Assume that a single, isolated electron is fixed at ground level. How far above it, vertically, would another electron have to be, so that its mass would be supported by the force of electrostatic repulsion between them? (mass of electron 9.1 x 10-" kg)
17 Assume that a single, isolated electron is fixed at ground level. How far above it, vertically, would another electron have to be, so that its mass would be supported by the force of electrostatic repulsion between them? (mass of electron 9.1 x 10-" kg)
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Transcribed Image Text:17 Assume that a single, isolated electron is fixed at ground level.
How far above it, vertically, would another electron have
to be, so that its mass would be supported by the force of
electrostatic repulsion between them? (mass of electron
9.1 x 10-" kg)
JI
IM
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