A magnet is moving toward a solenoid and a potential difference is induced between the two ends of the solenoid wire. Draw the induced magnetic field direction and the induced current direction, on a side view, as seen from the magnet side under the following conditions: a. The speed of the magnet is increased. b. The magnet is pulled back away from the solenoid. c. The magnet is stopped, and the solenoid moves away from the magnet.
A magnet is moving toward a solenoid and a potential difference is induced between the two ends of the solenoid wire. Draw the induced magnetic field direction and the induced current direction, on a side view, as seen from the magnet side under the following conditions: a. The speed of the magnet is increased. b. The magnet is pulled back away from the solenoid. c. The magnet is stopped, and the solenoid moves away from the magnet.
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A magnet is moving toward a solenoid and a potential difference is induced between the two ends of the solenoid wire.
Draw the induced magnetic field direction and the induced current direction, on a side view, as seen from the magnet side under the following conditions:
a. The speed of the magnet is increased.
b. The magnet is pulled back away from the solenoid.
c. The magnet is stopped, and the solenoid moves away from the magnet.
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