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A rectangular coil has N = 15 turns and each has a width a = 4 [cm] and b = 7 [cm]. Half of the coil is located in a region that has a magnetic field of magnitude B = 1.5 [T] directed out of the page. The resistance of the coil is R = 3 [Q]. 1. The coil is moving downward with a constant speed v = 3 m/s. a. The magnetic flux throughout the coil is s: i = not changing increasing decreasing
b. The value of the induced current is: i = [A] c. The induced current in the coil th a e coil still is flowing counterclock- wise coil is doesn't exist is flowing clockwise e. The value of the induced current is: i = [A] f. The induced current in the coil Check
b. The value of the induced current is: i = [A] c. The induced current in the coil 2. The coil is moving to the right with a constant speed v = 3 m/s (part of the coil still outside the magnetic field). d. The magnetic flux throughout the coil is s: i = increasing not changing decreasing Check
b. The value of the induced current is: i= [A] c. The induced current in the coil 2. The coil is moving to the right with a constant speed v = 3 m/s (part of the coil still outside the magnetic field). d. The magnetic flux throughout the coil is e. The value of the induced current is: i = [A] f. The induced current in the coil is flowing clockwise is flowing counterclock- wise doesn't exist ish attempt... Field