A square conducting loop ring is moving with constant velocity as shown in the figure below. It enters a region, of length 4a with constant magnetic field B. Plot the induced current as a function of the position of the leading edge of the square ring as it enters the region of magnetic field (along the y-axis). Assume counter-clockwise as positive and clockwise as negative direction) 3a
A square conducting loop ring is moving with constant velocity as shown in the figure below. It enters a region, of length 4a with constant magnetic field B. Plot the induced current as a function of the position of the leading edge of the square ring as it enters the region of magnetic field (along the y-axis). Assume counter-clockwise as positive and clockwise as negative direction) 3a
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![QUESTION 4
A square conducting loop ring is moving with constant velocity as shown in the figure below. It enters
a region, of length 4a with constant magnetic field B. Plot the induced current as a function of the position of the leading edge of the
square ring as it enters the region of magnetic field (along the y-axis). Assume counter-clockwise as positive and clockwise as negative
direction)
За
U
2a
a z
conducting
square loop
y](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5a9e980a-d890-4c43-8531-49c269920050%2F7c3388a3-e143-4c4a-9434-1eaf8ac34927%2F1isg6qo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUESTION 4
A square conducting loop ring is moving with constant velocity as shown in the figure below. It enters
a region, of length 4a with constant magnetic field B. Plot the induced current as a function of the position of the leading edge of the
square ring as it enters the region of magnetic field (along the y-axis). Assume counter-clockwise as positive and clockwise as negative
direction)
За
U
2a
a z
conducting
square loop
y
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