A long conducting cylinder with radius R has a current I distributed uniformly. Suppose now two cylindrical cavities are carved out of the cylinder each with radius R/2. The cavities do not overlap at all. Find the magnetic field a distancer>R away from the center at the two position shown
A long conducting cylinder with radius R has a current I distributed uniformly. Suppose now two cylindrical cavities are carved out of the cylinder each with radius R/2. The cavities do not overlap at all. Find the magnetic field a distancer>R away from the center at the two position shown
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![A long conducting cylinder with radius R
has a current I distributed uniformly.
Suppose now two cylindrical cavities are
carved out of the cylinder each with radius
R/2. The cavities do not overlap at all. Find
the magnetic field a distancer>R away
from the center at the two position shown](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30803751-5b81-46b5-be5a-d7c0a67fab57%2F755b7d9d-a49b-401c-b302-c9aeed9bba20%2Fefcxmhb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A long conducting cylinder with radius R
has a current I distributed uniformly.
Suppose now two cylindrical cavities are
carved out of the cylinder each with radius
R/2. The cavities do not overlap at all. Find
the magnetic field a distancer>R away
from the center at the two position shown
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