In the sport of skeleton a participant jumps onto a sled (known as a skeleton) and proceeds
Question:
(a) In the absence of nonconservative forces, such as friction and air resistance, what would be the speed of a rider at the bottom of the track? Assume that the speed at the beginning of the run is relatively small and can be ignored.
(b) In reality, the gold-medal winner (Canadian Jon Montgomery) reached the bottom in one heat with a speed of 40.5 m/s (about 91 mi/h). How much work was done on him and his sled (assuming a total mass of 118 kg) by nonconservative forces during this heat?
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REASONING According to Equation 66 the work W nc done by nonconservative forces such as kinetic fric...View the full answer
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