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Conducting rim whose electrical resistance

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Reference no: EM131240750

The front wheel of a bicycle has a conducting rim whose electrical resistance is 0.01 Ohm. The bicycle is traveling along straight line at the speed v = 36 km/h when its path crosses a magnetic field, which induces a current in the front rim. The magnetic flux through the rim rises linearly from zero to 1.0 Wb in 0.1 seconds and then decreases back to zero again in 0.1 seconds. What is the speed of the cyclist after having passed the magnetic field region if the total mass of the bicycle-rider system is 100 kg and Ohmic heating in the front rim is the only energy dissipation mechanism in the problem?

Reference no: EM131240750

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