You wind a square coll 0.125 m on a side from a 5.00-m long piece of wire that has a mass of 0.125 kg. Vou then suspend the coll from one side (with a hinge arrangement) in a 0.0400 T magnetic theid directed vertically upward by running a current of 2.10 A through the coil as shown. Hinged side (a) When the coll is in rotational equilibrium, determine the angle that the plane of the coll makes with the vertical. with respect to the vertical (D) Determine the magnitude of the torque acting on the coll due to the magnetic force. Nim

Elements Of Electromagnetics
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ISBN:9780190698614
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You wind a square coll 0.125 m on a side from a 5.00-m long piece of wire that has a mass of 0.125 kg. Vou then suspend the coll from one side (with a hinge arrangement) in a 0.0400 T magnetic
field directed vertically upward by running a current of 2.10 A through the coll as shown.
Hinged side
(a) When the coll is in rotational equilibrium, determine the angle that the plane of the coll makes with the vertical.
with respect to the vertical
(b) Determine the magnitude of the torque acting on the coll due to the magnetic force.
N-m
Transcribed Image Text:You wind a square coll 0.125 m on a side from a 5.00-m long piece of wire that has a mass of 0.125 kg. Vou then suspend the coll from one side (with a hinge arrangement) in a 0.0400 T magnetic field directed vertically upward by running a current of 2.10 A through the coll as shown. Hinged side (a) When the coll is in rotational equilibrium, determine the angle that the plane of the coll makes with the vertical. with respect to the vertical (b) Determine the magnitude of the torque acting on the coll due to the magnetic force. N-m
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