Consider two statements below. [A]: The net current inside an isolated conductor is zero. [B]: The free electrons in the conductor move at random directions; causing the collective velocity vectors to cancel each other. Both [A] and [B] are correct, and [B] is an explanation of [A]. Both [A] and [B] are correct, but [B] is an explanation of [A]. Only [B] is correct. Only [A] is correct.
Consider two statements below. [A]: The net current inside an isolated conductor is zero. [B]: The free electrons in the conductor move at random directions; causing the collective velocity vectors to cancel each other. Both [A] and [B] are correct, and [B] is an explanation of [A]. Both [A] and [B] are correct, but [B] is an explanation of [A]. Only [B] is correct. Only [A] is correct.
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Consider two statements below.
[A]: The net current inside an isolated conductor is zero.
[B]: The free electrons in the conductor move at random directions; causing the collective velocity vectors to cancel each other.
Both [A] and [B] are correct, and [B] is an explanation of [A].
Both [A] and [B] are correct, but [B] is an explanation of [A].
Only [B] is correct.
Only [A] is correct.
Both [A] and [B] are incorrect.
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