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Q.

An infinitesimal bar magnet of dipole moment M is pointing and moving with speed v in the +x-direction. A closed small circular conducting loop of radius a and negligible self-inductance lies in the y-z plane with its centre at x = 0 and its axis coinciding with x-axis. Find the force opposing the motion of the magnet, if the resistance of the loop is R. [Assume that x >> a ]

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a

Force opposing the motion is   μ02M2a4vRx8

b

force opposing the motion is  F=9μ02M2a4v4Rx8

c

force supporting the motion is  μ02M2a4vRx8

d

No force support or oppose the motion 

answer is A.

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Detailed Solution

B=μ04π2Mx3 ϕ=B.Se=dϕdtI=eRM1=ISF=μ04π6MM1x4

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