If this wire (between the magnet poles) is moved in an upward direction, and the wire ends are connected to a resistive load, which way will current go through the wire? We know that current moving through a wire will create a magnetic field, and that this magnetic field will produce a reaction force against the static magnetic fields coming from the two permanent magnets. Which direction will this reaction force push the current-carrying wire? N Magnet S ww motion wire N Magnet

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1. If this wire (between the magnet poles) is moved in an upward direction, and the wire ends are connected
to a resistive load, which way will current go through the wire? We know that current moving through a
wire will create a magnetic field, and that this magnetic field will produce a reaction force against the static
magnetic fields coming from the two permanent magnets. Which direction will this reaction force push the
current-carrying wire?
N
Magnet
motion
wire
N
Magnet
Transcribed Image Text:1. If this wire (between the magnet poles) is moved in an upward direction, and the wire ends are connected to a resistive load, which way will current go through the wire? We know that current moving through a wire will create a magnetic field, and that this magnetic field will produce a reaction force against the static magnetic fields coming from the two permanent magnets. Which direction will this reaction force push the current-carrying wire? N Magnet motion wire N Magnet
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