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A conducting loop of arca A = Im? and N = 200 turns whose resistance is R = 1.2 N is situated in a region of constant external magnetic field B = 0.6 T parallel to its axis. The loop is removed from the fiecld region in a time 1= 10-'s. Calculate the total work done.

A conducting loop of arca A = Im? and N = 200 turns whose resistance is R = 1.2 N is situated in a region of constant external magnetic field B = 0.6 T parallel to its axis. The loop is removed from the fiecld region in a time 1= 10-'s. Calculate the total work done.

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A conducting loop of arca A = Im? and N = 200 turns whose resistance is R = 1.2 N is situated in a region of constant external magnetic field B = 0.6 T parallel to its axis. The loop is removed from the field region in a time 1= 10-'s. Calculate the total work done.
Transcribed Image Text:A conducting loop of arca A = Im? and N = 200 turns whose resistance is R = 1.2 N is situated in a region of constant external magnetic field B = 0.6 T parallel to its axis. The loop is removed from the field region in a time 1= 10-'s. Calculate the total work done.
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