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13 - Mark the correct answer. In the figure, a current-carrying loop lies in an external uniform magnetic field B = Bo(+k), where Bo is a positive constant with the dimension of magnetic field. Ignore the magnetic field produced by the loop. What is the potential energy, U, of the loop? A) +Bola² B) -Bola² C) +2Bola² D) - 2Bola² E) Zero N y D a x

13 - Mark the correct answer. In the figure, a current-carrying loop lies in an external uniform magnetic field B = Bo(+k), where Bo is a positive constant with the dimension of magnetic field. Ignore the magnetic field produced by the loop. What is the potential energy, U, of the loop? A) +Bola² B) -Bola² C) +2Bola² D) - 2Bola² E) Zero N y D a x

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13 - Mark the correct answer. In the figure, a current-carrying loop lies in an external uniform magnetic field B = Bo(+k), where Bo is a positive constant with the dimension of magnetic field. Ignore the magnetic field produced by the loop. What is the potential energy, U, of the loop? A) +Bola² B) -Bola² C) +2Bola² D) -2Bola² E) Zero N y B a a a x
Transcribed Image Text:13 - Mark the correct answer. In the figure, a current-carrying loop lies in an external uniform magnetic field B = Bo(+k), where Bo is a positive constant with the dimension of magnetic field. Ignore the magnetic field produced by the loop. What is the potential energy, U, of the loop? A) +Bola² B) -Bola² C) +2Bola² D) -2Bola² E) Zero N y B a a a x
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