A) Charge conservation
B) Gauss's law
C) Electrostatic equilibrium
D) Dielectric
Answer: C
Explanation: Electrostatic equilibrium refers to a conductor's state with no continuing internal charge motion. Its internal electric field is zero.
A) Charge conservation
B) Gauss's law
C) Electrostatic equilibrium
D) Dielectric
Answer: C
Explanation: Electrostatic equilibrium refers to a conductor's state with no continuing internal charge motion. Its internal electric field is zero.
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