falls vertically downward with a constant velocity of 50m/s. which end of the rod becomes positively charged and what is the value of induced potential difference between the two ends?

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At a plane the value of horizontal component of the earth’s magnetic field H is 3×10^−5 weber/m^2. A metallic rod AB of length 2m placed in east-west direction, having the end A towards east, falls vertically downward with a constant velocity of 50m/s. which end of the rod becomes positively charged and what is the value of induced potential difference between the two ends?
10
Sep
At a plane the value of horizontal component of the earth’s magnetic field H is 3×10^−5 weber/m^2. A metallic rod AB of length 2m placed in east-west direction, having the end A towards east, falls vertically downward with a constant velocity of 50m/s. which end of the rod becomes positively charged and what is the [...]
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Tags: At a plane the value of horizontal component of the earth's magnetic field H is 3×10^−5 weber/m^2. A metallic rod AB of length 2m placed in east-west direction , falls vertically downward with a constant velocity of 50m/s. which end of the rod becomes positively charged and what is the value of induced potential difference between the two ends? , having the end A towards east ,