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Q3. The vector potential of a single magnetic dipole m is given by: Ã(r) = Ho ñ x f" 47 2 %3D [Here, " = 7 – P| Show that, for a distribution of magnetic dipoles, the total magnetic vector potential can be written in form: J,(r") -dv + Ho Ã(r) = „SP- What does J and K, represent?

Q3. The vector potential of a single magnetic dipole m is given by: Ã(r) = Ho ñ x f" 47 2 %3D [Here, " = 7 – P| Show that, for a distribution of magnetic dipoles, the total magnetic vector potential can be written in form: J,(r") -dv + Ho Ã(r) = „SP- What does J and K, represent?

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Q3. The vector potential of a single magnetic dipole ñ is given by: Ho m x f" Ā(r) = 47 p12 [Here, " = i – "| Show that, for a distribution of magnetic dipoles, the total magnetic vector potential can be written in the following form: dv' + d Ko(r*) „SP- Ho J.(r") Ã(r) = 47 What does J, and Ki, represent?
Transcribed Image Text:Q3. The vector potential of a single magnetic dipole ñ is given by: Ho m x f" Ā(r) = 47 p12 [Here, " = i – "| Show that, for a distribution of magnetic dipoles, the total magnetic vector potential can be written in the following form: dv' + d Ko(r*) „SP- Ho J.(r") Ã(r) = 47 What does J, and Ki, represent?
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