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The magnetic field strength in a region of space of permeability Ho is given by: H-32+x²+2x³2 Alm Which of the following corresponds to the current density at the position (x,y,z) = (1,2,3) m Oa7=-1 =-12u -5u A/m² Ob.J=3u -12u +Su A/m² y OcJ = = +12u +Su A/m2

The magnetic field strength in a region of space of permeability Ho is given by: H-32+x²+2x³2 Alm Which of the following corresponds to the current density at the position (x,y,z) = (1,2,3) m Oa7=-1 =-12u -5u A/m² Ob.J=3u -12u +Su A/m² y OcJ = = +12u +Su A/m2

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The magnetic field strength in a region of space of permeability Ho is given by: H=3zy +x²y + 2x³z u Alm U Which of the following corresponds to the current density at the position (x,y,z) = (1,2,3) m OaJ = -12u -5u A/m² y Ob.J=3u - 12u +Su A/m² y 2 OcJ = +12u +5u A/m² Od.J=17A/m²
Transcribed Image Text:The magnetic field strength in a region of space of permeability Ho is given by: H=3zy +x²y + 2x³z u Alm U Which of the following corresponds to the current density at the position (x,y,z) = (1,2,3) m OaJ = -12u -5u A/m² y Ob.J=3u - 12u +Su A/m² y 2 OcJ = +12u +5u A/m² Od.J=17A/m²
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