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A metal rod, of mass m = 35 g, and length L = 27 cm, makes contact with two very long, parallel, vertical conducting wires,

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A metal rod, of mass m = 35 g, and length L = 27 cm, makes contact with two very long, parallel, vertical conducting wires, which are connected to a resistor, R = 3.45 Q, that completes the circuit. The circuit is perpendicular to a magnetic field with B = 0.53 T, pointing into the page as shown below. R WW X X X X X . X sliding rod X X X X X X X X X very long vertical conducting X X X wire X X X L (a) (12) Find the terminal speed of the rod. Assume the rod is released from rest. Do not ignore gravity. (b) (8) When the rod has achieved terminal speed, what power is being dissipated by the resistor

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