Using a proper free body diagram of the rear wheel, calculate the angular speed of the rear wheel and the torque needed at the wheel axle to produce the expected time. Use the average grade in your calculations and assume the speed is constant (that is, ignore the time needed to get up to full speed). (775 W = Power)
Using a proper free body diagram of the rear wheel, calculate the angular speed of the rear wheel and the torque needed at the wheel axle to produce the expected time. Use the average grade in your calculations and assume the speed is constant (that is, ignore the time needed to get up to full speed). (775 W = Power)
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Using a proper free body diagram of the rear wheel, calculate the angular speed of the rear wheel and the torque needed at the wheel axle to produce the expected time. Use the average grade in your calculations and assume the speed is constant (that is, ignore the time needed to get up to full speed). (775 W = Power)
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