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Consider the situation shown in figure. The wire P Q has mass m, resistance r and can slide on the smooth, horizontal parallel rails separted by a dist ance l. The resistance of the rails is negligible. A uniform magnetic field B exicts in the rectangular region and a resistance R connects the rails outsi de the field region. At t = 0, the wire PQ is pushed towards right with a speed vv. Find (a) The current in the loop at an instant when the speed of the wire PQ is v, (b) The acceleration of the wire at this instant (c) The velocity v as a function of x and (d) The maximum distance the wire will move. |
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Answer» Consider the situation shown in figure. The wire P Q has mass m, resistance r and can slide on the smooth, horizontal parallel rails separted by a dist ance l. The resistance of the rails is negligible. A uniform magnetic field B exicts in the rectangular region and a resistance R connects the rails outsi de the field region. At t = 0, the wire PQ is pushed towards right with a speed vv. Find (a) The current in the loop at an instant when the speed of the wire PQ is v, (b) The acceleration of the wire at this instant (c) The velocity v as a function of x and (d) The maximum distance the wire will move.
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