A uniform magnetic field is represented by red arrows. A current-carrying coil is positioned at an angle with respect to the magnetic field. It carries a current indicated by the black arrows and experiences a torque due to the magnetic field (blue vectors). The torque is created by the forces on the four sides of the coil, shown by white arrows.
(5H50.31) Torque on a Current Loop Model
$0.00
A uniform magnetic field is represented by red arrows. A current-carrying coil is positioned at an angle with respect to the magnetic field. It carries a current indicated by the black arrows and experiences a torque due to the magnetic field (blue vectors). The torque is created by the forces on the four sides of the coil, shown by white arrows.
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