A bar magnet is falling downward between two metallic rings. (The black arrow shows the direction of motion.) The magnet is oriented with the south pole at the top and the north pole at the bottom, as shown. What is the direction of the induced currents that flow in the rings? Clockwise (red arrow) in the upper ring, clockwise (red arrow) in the lower ring. O Clockwise (red arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring. O Counterlockwise (blue arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring. Counterclockwise (blue arrow) in the upper ring, clockwise (red arrow) in the lower ring.

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A bar magnet is falling downward between two metallic rings. (The black arrow shows the direction of motion.) The magnet is oriented with the south pole
at the top and the north pole at the bottom, as shown. What is the direction of the induced currents that flow in the rings?
Clockwise (red arrow) in the upper ring, clockwise (red arrow) in the lower ring.
Clockwise (red arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring.
Counterlockwise (blue arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring.
O Counterclockwise (blue arrow) in the upper ring, clockwise (red arrow) in the lower ring.
O O O
Transcribed Image Text:A bar magnet is falling downward between two metallic rings. (The black arrow shows the direction of motion.) The magnet is oriented with the south pole at the top and the north pole at the bottom, as shown. What is the direction of the induced currents that flow in the rings? Clockwise (red arrow) in the upper ring, clockwise (red arrow) in the lower ring. Clockwise (red arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring. Counterlockwise (blue arrow) in the upper ring, counterclockwise (blue arrow) in the lower ring. O Counterclockwise (blue arrow) in the upper ring, clockwise (red arrow) in the lower ring. O O O
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