Direction of induced current if the magnetic field is east to west and the conductor moved in it from north to south
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this cancel the effect of each other
HGranger:
No the ans is vertically downward but I don't understand how
when effect is cancelled then it goes vertically downward due to gravitational force
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1
Answer:
downwards
Explanation:
we can make use of Flemings right hand rule in which thumb represent the direction in which conductor moves, forefinger represents the direction of magnetic field and middle finger represents the direction of induced current.if you orient the direction of magnetic field and motion of conductor, you can find out the direction of current.
i hope it is true
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