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b) The magnetic vector potential in free space is given by: A(p,Ø, z) = 10e-3PCOS40 a, (wb/m] i)- Find the magnetic field intensity at the point P (2, ,-3). ii)- Calculate the magnetic flux Y through p = 1, søs and 0szS2 iii)- Calculate the volume current density 3 that produce the H ficld %3D

b) The magnetic vector potential in free space is given by: A(p,Ø, z) = 10e-3PCOS40 a, (wb/m] i)- Find the magnetic field intensity at the point P (2, ,-3). ii)- Calculate the magnetic flux Y through p = 1, søs and 0szS2 iii)- Calculate the volume current density 3 that produce the H ficld %3D

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b) The magnetic vector potential in free space is given by: A(p,0, z) = 10e-3Pcos40 a, (wb/m) i)- Find the magnetic field intensity at the point P (2, -3). ii)- Calculate the magnetic flux Y through p 1, sos and Oszs2 %3D iii)- Calculate the volume current density 3 that produce the H field
Transcribed Image Text:b) The magnetic vector potential in free space is given by: A(p,0, z) = 10e-3Pcos40 a, (wb/m) i)- Find the magnetic field intensity at the point P (2, -3). ii)- Calculate the magnetic flux Y through p 1, sos and Oszs2 %3D iii)- Calculate the volume current density 3 that produce the H field
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