Question: Coulomb's Law Problems 6. Two identical pithballs are charged identically and are placed 0.25 m apart from each other. If a repulsive force of 12.5

 Coulomb's Law Problems 6. Two identical pithballs are charged identically and

are placed 0.25 m apart from each other. If a repulsive force

Coulomb's Law Problems 6. Two identical pithballs are charged identically and are placed 0.25 m apart from each other. If a repulsive force of 12.5 N is measured to exist between the two pithballs, calculate the magnitude of the charge on each pithball. 7. A +450 mC charge is located at X = - 0.065 m. A -450 mC charge is placed at x = +0.065 m. If an electron is placed at the origin, calculate the magnitude and direction of the resulting electric force acting on the electron due to the other charges. 8. A +450 mC charge is located at X = - 0.065 m. A +650 mC charge is placed at x = +0.065 m. If an electron is placed at the origin, calculate the magnitude and direction of the resulting electric force acting on the electron due to the other charges. 9. A +550 charge mC is located at y = -l.250 m. A -250 mC charge is placed at y = +.825 m. If a +150C charge is placed at y = +.125 m, calculate the magnitude and direction of the resulting electric force acting on the electron due to the other charges

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