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As shown in the figure, there exists a non-uniform surface current density given as J6) = { Jor" sin (r"):over s' ;elsewhere Ho where S: (asrs2a), Osøs2n, z=0. System is in vacuum where Jo is a constant. Compute the magnetic flux density vector B at the origin O. y Figure of Q2

As shown in the figure, there exists a non-uniform surface current density given as J6) = { Jor" sin (r"):over s' ;elsewhere Ho where S: (asrs2a), Osøs2n, z=0. System is in vacuum where Jo is a constant. Compute the magnetic flux density vector B at the origin O. y Figure of Q2

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As shown in the figure, there exists a non-uniform surface current density given as J.") = (Elo" sin (r"); over S' Ho ;elsewhere where S': (asrs2a), Osos2n, z=0. System is in vacuum where Jo is a constant. Compute the magnetic flux density vector B at the a 2a S' origin O. Figure of Q2
Transcribed Image Text:As shown in the figure, there exists a non-uniform surface current density given as J.") = (Elo" sin (r"); over S' Ho ;elsewhere where S': (asrs2a), Osos2n, z=0. System is in vacuum where Jo is a constant. Compute the magnetic flux density vector B at the a 2a S' origin O. Figure of Q2
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