Charge 1 (+40 µC) moves directly towards charge 2 (+80 µC) which is held in a fixed position. At an instant when the distance between t particles is 2 m, the kinetic energy of the moving particle (charge 1) is 16 J. Determine the distance separating the two particles when th particle is momentarily stopped.
Charge 1 (+40 µC) moves directly towards charge 2 (+80 µC) which is held in a fixed position. At an instant when the distance between t particles is 2 m, the kinetic energy of the moving particle (charge 1) is 16 J. Determine the distance separating the two particles when th particle is momentarily stopped.
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
Transcribed Image Text:Charge 1 (+40 µC) moves directly towards charge 2 (+80 µC) which is held in a fixed position. At an instant when the distance between the two
particles is 2 m, the kinetic energy of the moving particle (charge 1) is 16 J. Determine the distance separating the two particles when the moving
particle is momentarily stopped.
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