What happens when you drop magnets in aluminum and glass tubes simultaneously?

AI Thread Summary
When a strong magnet is dropped in an aluminum tube, it slows down due to induced currents creating a magnetic field, eventually reaching terminal velocity. In contrast, a magnet dropped in a glass tube will accelerate freely under gravity without any resistance since glass is an insulator. If both magnets are dropped simultaneously in adjacent tubes, the magnet in the aluminum will exhibit a delayed motion compared to the one in the glass. The distance between the tubes may affect the interaction, but the aluminum magnet's behavior will remain consistent due to its conductive properties. Overall, the experiment highlights the differing effects of conductive and non-conductive materials on the motion of magnets.
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Dropping a strong magnet in an aluminum tube is cool, but what will happen if magnets are dropped at the same time in tubes of aluminum and glass that are adjacent? Or at a defined distance due to strength of the magnets? Somebody probably has thought of this and demonstrated the results. It seems to me that the motion would be quicker but still slowed to normal gravitational pull, a hitchkicker of sorts.
 
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The magnet dropped in the aluminum pipe will eventually reach a terminal velocity as it creates currents in the pipe that create a B field. The one in the glass will just accelerate at g since its an insulator.
 
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