A magnetic field B = 3.22 i - 1.31 j + 2.97 k, (B in T) is applied on the circular loop, radius of 10.2 cm, and current of 1.30 A. The magnetic dipole moment of the loop is parallel to a vector of the unit length 0.30 i + 0.50 j + 0.70 k, what are (a) the torque on the loop, (b) the magnetic potential of the loop, and (c) the magnitude of the force the field exerts on the loop?
A magnetic field B = 3.22 i - 1.31 j + 2.97 k, (B in T) is applied on the circular loop, radius of 10.2 cm, and current of 1.30 A. The magnetic dipole moment of the loop is parallel to a vector of the unit length 0.30 i + 0.50 j + 0.70 k, what are (a) the torque on the loop, (b) the magnetic potential of the loop, and (c) the magnitude of the force the field exerts on the loop?
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A magnetic field B = 3.22 i - 1.31 j + 2.97 k, (B in T) is applied on the circular loop, radius of 10.2 cm, and current of 1.30 A. The magnetic dipole moment of the loop is parallel to a vector of the unit length 0.30 i + 0.50 j + 0.70 k, what are (a) the torque on the loop, (b) the magnetic potential of the loop, and (c) the magnitude of the force the field exerts on the loop?
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