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From Fleming’s Left Hand rule, it is clear that when the magnetic field and the direction of current are in mutually perpendicular directions to each other, the deflection in the conductor is maximum. But when they are placed in the same plane, we can find that no deflection takes place. Therefore, we can conclude that the current carrying conductor needs to be placed in the same plane as the magnetic compass to attain no deflection.
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here is ur answer....
From Fleming’s Left Hand rule, it is clear that when the magnetic field and the direction of current are in mutually perpendicular directions to each other, the deflection in the conductor is maximum. But when they are placed in the same plane, we can find that no deflection takes place. Therefore, we can conclude that the current carrying conductor needs to be placed in the same plane as the magnetic compass to attain no deflection.
HOPE YOU FIND THIS HELPFUL.... ❤❤
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