A bar magnet maintains a vertical orientation on a coil of wire lying in a horizontal plane. a horizontal plane. The south pole of the magnet is at the lower end, closest to the wire loop. The magnet is dropped toward the loop. i) As the magnet falls toward the loop, what is the direction of current in the resistor? ii) After the magnet passes through the loop and moves away from the loop, what is the direction of the current in the resistor? Choose from the same possibilities. iii) Now suppose that the magnet, which produces a symmetrical field, is held in a horizontal orientation and then dropped. As it approaches the loop, what is the direction of the current in the resistor?

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