An electrically charged particle is fixed at the point x = 0. A second electrically charged particle is located nearby and to the right of the first particle. It is free to move along the positive x-axis. The potential energy of the 2-partile system is U = D/x where D is a negative constant. Is the force obtained between the two charged particles attractive or repulsive? O A. The system is in stable equilibrium, therefore, the force is Zero O B. Repulsive O C. More information is needed. O D.Attractive
An electrically charged particle is fixed at the point x = 0. A second electrically charged particle is located nearby and to the right of the first particle. It is free to move along the positive x-axis. The potential energy of the 2-partile system is U = D/x where D is a negative constant. Is the force obtained between the two charged particles attractive or repulsive? O A. The system is in stable equilibrium, therefore, the force is Zero O B. Repulsive O C. More information is needed. O D.Attractive
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Transcribed Image Text:An electrically charged particle is fixed at the point x = 0. A second electrically charged particle is located
nearby and to the right of the first particle. It is free to move along the positive x-axis. The potential energy of
the 2-partile system is U = D/x where D is a negative constant. Is the force obtained between the two charged
particles attractive or repulsive?
O A. The system is in stable equilibrium, therefore, the force is Zero
O B. Repulsive
O C. More information is needed.
O D.Attractive
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