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A current distribution gives rise to the vector magnetic potential of xy âx + y°x ây – 4xz âz Wb/m. Calculate (a) Magnetic flux density at (- 2, 2, 6) (b) Flux through the surface defined by z=1,0

A current distribution gives rise to the vector magnetic potential of xy âx + y°x ây – 4xz âz Wb/m. Calculate (a) Magnetic flux density at (- 2, 2, 6) (b) Flux through the surface defined by z=1,0

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A current distribution gives rise to the vector magnetic potential of xy âx + y³x ây – 4xz âz Wb/m. Calculate (a) Magnetic flux density at (- 2, 2, 6) (b) Flux through the surface defined by z= 1 ,0<x < 1, - 1 < y <4. (c) The flux through the surface defined by o=n/2, 2< p< 4 m,0<z<6m.
Transcribed Image Text:A current distribution gives rise to the vector magnetic potential of xy âx + y³x ây – 4xz âz Wb/m. Calculate (a) Magnetic flux density at (- 2, 2, 6) (b) Flux through the surface defined by z= 1 ,0<x < 1, - 1 < y <4. (c) The flux through the surface defined by o=n/2, 2< p< 4 m,0<z<6m.
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