An infinitely long wire is wrapped around an infinitely long cylinder of radius R making n turns per unit with steady current I. If the cylinder axis points into/out of the page, determine the directions of the velocity for a charged particle that is launched inside the cylinder such that it experiences zero magnetic force.
An infinitely long wire is wrapped around an infinitely long cylinder of radius R making n turns per unit with steady current I. If the cylinder axis points into/out of the page, determine the directions of the velocity for a charged particle that is launched inside the cylinder such that it experiences zero magnetic force.
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![An infinitely long wire is wrapped around an infinitely
long cylinder of radius R making n turns per unit with
steady current I. If the cylinder axis points into/out of
the page, determine the directions of the velocity for a
charged particle that is launched inside the cylinder
such that it experiences zero magnetic force.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a85083f-c711-4fe4-a0ea-d798364bd78d%2Ff11f7bc9-94a3-480f-8b95-080494ed277f%2Fs7phs55_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An infinitely long wire is wrapped around an infinitely
long cylinder of radius R making n turns per unit with
steady current I. If the cylinder axis points into/out of
the page, determine the directions of the velocity for a
charged particle that is launched inside the cylinder
such that it experiences zero magnetic force.
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