An isolated conducting sphere of radius R maintained at a potential t is being rotated at a constant angular velocity about one of diameter. Find magnetic dipole moment m of the sphere and magnetic induction B at its centre.Aus: B=2€0M0V,

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diameter, Fid magnetic dipole moment m of the sphere and magnetir
4. An isolated conducting sphere of radius R maintained at a potential
is being rotated at a constant angular velocity about one of
induction B at its centre.Ans: B- 2E0MOV;m=40V
A uniform olectric field is pstablished inside a long cylindrical straich
Transcribed Image Text:diameter, Fid magnetic dipole moment m of the sphere and magnetir 4. An isolated conducting sphere of radius R maintained at a potential is being rotated at a constant angular velocity about one of induction B at its centre.Ans: B- 2E0MOV;m=40V A uniform olectric field is pstablished inside a long cylindrical straich
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