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The magnetic velocity potential in an area of space is given by the relation this Ao and a are fixed. A) Obtain the magnetic field corresponding to this vector potential. B) Obtain the current density corresponding to this vector potential. 08:41

The magnetic velocity potential in an area of space is given by the relation this Ao and a are fixed. A) Obtain the magnetic field corresponding to this vector potential. B) Obtain the current density corresponding to this vector potential. 08:41

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The magnetic velocity potential in an area of space is given by the relation this Ao and a are fixed. A) Obtain the magnetic field corresponding to this vector potential. B) Obtain the current density corresponding to this vector potential. 08:41 19V KB ReLHaneH r2+y2 Ã = A, e¬( & Ao e %3D 2 a 08:41 /
Transcribed Image Text:The magnetic velocity potential in an area of space is given by the relation this Ao and a are fixed. A) Obtain the magnetic field corresponding to this vector potential. B) Obtain the current density corresponding to this vector potential. 08:41 19V KB ReLHaneH r2+y2 Ã = A, e¬( & Ao e %3D 2 a 08:41 /
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