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"A rectangular current loop with 20 turns is lying on the xy-plane defined by 0 < x <- 1,0 < y <2 (in meters). It carries a current of 4 mA that flows from origin towards +x-axis and forms a loop defined by the rectangle. Determine the magnetic dipole moment. O 0.6 (a x) At-m^2 O 0.6 (-a_x) At-m^2 O 0.6 (-a_2) At-m^2 O 0.6 a_z At-m^2 O none of the choices

"A rectangular current loop with 20 turns is lying on the xy-plane defined by 0 < x <- 1,0 < y <2 (in meters). It carries a current of 4 mA that flows from origin towards +x-axis and forms a loop defined by the rectangle. Determine the magnetic dipole moment. O 0.6 (a x) At-m^2 O 0.6 (-a_x) At-m^2 O 0.6 (-a_2) At-m^2 O 0.6 a_z At-m^2 O none of the choices

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"A rectangular current loop with 20 turns is lying on the xy-plane defined by 0 <= x <= 1,0 <= y <=2 (in meters). It carries a current of 4 mA that flows from origin towards +x-axis and forms a loop defined by the rectangle. Determine the magnetic dipole moment." O 0.6 (a_x) At-m^2 O 0.6 (-a_x) At-m^2 O 0.6 (-a_2) At-m^2 O 0.6 a z At-m^2 O none of the choices
Transcribed Image Text:"A rectangular current loop with 20 turns is lying on the xy-plane defined by 0 <= x <= 1,0 <= y <=2 (in meters). It carries a current of 4 mA that flows from origin towards +x-axis and forms a loop defined by the rectangle. Determine the magnetic dipole moment." O 0.6 (a_x) At-m^2 O 0.6 (-a_x) At-m^2 O 0.6 (-a_2) At-m^2 O 0.6 a z At-m^2 O none of the choices
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