2. Since a current-carrying wire is acted on by a magnetic force, it would seem possible to suspend such a wire at rest above the ground using the Earth's own magnetic field. In what direction would the current have to be in a long, straight wire located at the equator to perform such a feat? 1) Up 2) Down 3) East 4) West
2. Since a current-carrying wire is acted on by a magnetic force, it would seem possible to suspend such a wire at rest above the ground using the Earth's own magnetic field. In what direction would the current have to be in a long, straight wire located at the equator to perform such a feat? 1) Up 2) Down 3) East 4) West
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2. Since a current-carrying wire is acted on by a magnetic force, it would seem possible to suspend
such a wire at rest above the ground using the Earth's own magnetic field. In what direction would
the current have to be in a long, straight wire located at the equator to perform such a feat?
1) Up
2) Down
3) East
4) West
OHMANN, UST PHYSICS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F858aa5e1-ece8-4a67-a0a4-477ec4c5e9a9%2Fdbf6cb3c-2b78-44a2-9f54-631b2eb9f75b%2Fnn32mg_processed.png&w=3840&q=75)
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1
> of 2
ZOOM
+
2. Since a current-carrying wire is acted on by a magnetic force, it would seem possible to suspend
such a wire at rest above the ground using the Earth's own magnetic field. In what direction would
the current have to be in a long, straight wire located at the equator to perform such a feat?
1) Up
2) Down
3) East
4) West
OHMANN, UST PHYSICS
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