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watching
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10 Nov 2019
please try to explaing in detail, thank you very much inadvance,
A square current loop lies flat in the x-y plane with its sides parallel to the x and y axes. The side of the square is a. The current flowing in the loop is in the CCW direction as viewed from above. A uniform magnetic field B = Bo(i/ + k/ ) is applied to the loop. Find the magnetic force (magnitude and direction) on each side of the loop. Check that the sum of the four forces equals zero. What is the magnetic dipole moment (magnitude and direction) of the loop? Find the torque (magnitude and direction) on the current loop.
please try to explaing in detail, thank you very much inadvance,
A square current loop lies flat in the x-y plane with its sides parallel to the x and y axes. The side of the square is a. The current flowing in the loop is in the CCW direction as viewed from above. A uniform magnetic field B = Bo(i/ + k/ ) is applied to the loop. Find the magnetic force (magnitude and direction) on each side of the loop. Check that the sum of the four forces equals zero. What is the magnetic dipole moment (magnitude and direction) of the loop? Find the torque (magnitude and direction) on the current loop.
Casey DurganLv2
5 Nov 2019