1. When the electric potential at A is greater than at B a. a positive charge moves toward A b. a negative charge moves toward A c. the charge does not move d. the charge oscillates 2. Two positive charges are forced to move to each other. a. The charges will eventually separate. b. The charges will orbit each other. c. The charges will neutralize each other. d. The charges will get stuck. 3. Two electrons head towards each other. a. They will repel. b. Their electric potential will diminish. c. Their kinetic energies decrease eventually. d. Gravity will overcome their repulsion.
1. When the electric potential at A is greater than at B
a. a positive charge moves toward A
b. a negative charge moves toward A
c. the charge does not move
d. the charge oscillates
2. Two positive charges are forced to move to each other.
a. The charges will eventually separate.
b. The charges will orbit each other.
c. The charges will neutralize each other.
d. The charges will get stuck.
3. Two electrons head towards each other.
a. They will repel.
b. Their electric potential will diminish.
c. Their kinetic energies decrease eventually.
d. Gravity will overcome their repulsion.
4. Inside two parallel plates, an electron moves to the right.
a. The right plate is positive.
b. The left plate is positive.
c. The electron partially discharges the right plate.
d. All of the above.
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