Compute the induced EMF in the small circular loop of wire centered at x=x0 and y=y0 on x-y plane resulting from the time varying magnetic diplole directed into the direction of z located on z axis at z=z0. The dipole moment of m of magnetic dipole is m = m, cos(ot) . The radius of small circular loop of wire is r1.(r1<
Compute the induced EMF in the small circular loop of wire centered at x=x0 and y=y0 on x-y plane resulting from the time varying magnetic diplole directed into the direction of z located on z axis at z=z0. The dipole moment of m of magnetic dipole is m = m, cos(ot) . The radius of small circular loop of wire is r1.(r1<
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![Compute the induced EMF in the small circular loop of wire centered at x=x0 and
y=y0 on x-y plane resulting from the time varying magnetic diplole directed into the direction of z
located on z axis at z=z0. The dipole moment of m of magnetic dipole is m = m, cos(ot) . The
radius of small circular loop of wire is r1.(r1<<x0, yO and z0)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F168e7ea3-62c0-40c2-a92e-f9cdea5d7928%2Fd9af3969-c860-426c-a133-5d85ff5ce0c7%2Fzgq4vki.png&w=3840&q=75)
Transcribed Image Text:Compute the induced EMF in the small circular loop of wire centered at x=x0 and
y=y0 on x-y plane resulting from the time varying magnetic diplole directed into the direction of z
located on z axis at z=z0. The dipole moment of m of magnetic dipole is m = m, cos(ot) . The
radius of small circular loop of wire is r1.(r1<<x0, yO and z0)
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