A rigid circular mesh has a radius of 0.200 m and is in the x-y plane. A clockwise current is conducted through the mesh, as shown. The magnitude of the magnetic dipole moment of the mesh is 0.750 Am ^ 2 A uniform external magnetic field, B = 0.200 T, occurs in the positive x direction. An external torque changes the orientation of the mesh from the lowest energy potential to the highest potential. The work associated with the external torque corresponds to: a. 0,600 J b. 0,400 J c. 0,300 J d. 0,500 J e. 0,200 J
A rigid circular mesh has a radius of 0.200 m and is in the x-y plane. A clockwise current is conducted through the mesh, as shown. The magnitude of the magnetic dipole moment of the mesh is 0.750 Am ^ 2 A uniform external magnetic field, B = 0.200 T, occurs in the positive x direction. An external torque changes the orientation of the mesh from the lowest energy potential to the highest potential. The work associated with the external torque corresponds to: a. 0,600 J b. 0,400 J c. 0,300 J d. 0,500 J e. 0,200 J
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A rigid circular mesh has a radius of 0.200 m and is in the x-y plane. A clockwise current is conducted through the mesh, as shown. The magnitude of the magnetic dipole moment of the mesh is 0.750 Am ^ 2 A uniform external magnetic field, B = 0.200 T, occurs in the positive x direction. An external torque changes the orientation of the mesh from the lowest energy potential to the highest potential. The work associated with the external torque corresponds to:
a. 0,600 J
b. 0,400 J
c. 0,300 J
d. 0,500 J
e. 0,200 J
Transcribed Image Text:0.20 m
a
В-0.20 T
b
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