A thin wire loop carrying a current is placed in uniform magnetic field B pointing out of the plane of the coil. The loop will tend to: A.) move towards positive X-direction B.) move towards negative Y-Direction C.) contract D.) expand. Please explain. The ans. is given as C.) Using Flemming's L.H. rule I am getting it as D.

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A thin wire loop carrying a current is placed in uniform magnetic field B pointing out of the plane of the coil. The loop will tend to: A.) move towards positive X-direction B.) move towards negative Y-Direction C.) contract D.) expand. Please explain. The ans. is given as C.) Using Flemming's L.H. rule I am getting it as D.

OCW Scholar - Physics II: Electricity and Magnetism
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The answer depends on the direction of the current... Was there a diagram involved?
Yes. I will try to post the diagram in 8 days. Don't have the book and i am out of station.
Here is the diagram. Sorry for the delay.

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If your book uses conventional (+) current flow, I'm afraid I get D.) also... every dl x B gives an radially outward-directed force

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