A circular coil of copper wire is lying flat on a horizontal table. A bar magnet is held with its south pole downward, vertically above the center of the coil. The magnet is released from rest and falls toward the coil. What direction is the B-field through the loop. Are the number of B-field lines increasing through the loop?
A circular coil of copper wire is lying flat on a horizontal table. A bar magnet is held with its south pole downward, vertically above the center of the coil. The magnet is released from rest and falls toward the coil. What direction is the B-field through the loop. Are the number of B-field lines increasing through the loop?
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![A circular coil of copper wire is lying flat on a horizontal table. A bar magnet is held with its
south pole downward, vertically above the center of the coil. The magnet is released from rest and
falls toward the coil. What direction is the B-field through the loop. Are the number of B-field
lines increasing through the loop?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5aa0c8c0-d76a-4b04-8cd2-f507c5a8b407%2F161a8d5d-e066-4a8c-9acc-d13be9b904d8%2Fdk643_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A circular coil of copper wire is lying flat on a horizontal table. A bar magnet is held with its
south pole downward, vertically above the center of the coil. The magnet is released from rest and
falls toward the coil. What direction is the B-field through the loop. Are the number of B-field
lines increasing through the loop?
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