An empty barrel with a diameter of 1 meter is revolved about its center. Suppose a 1 kg trout is thrown into the barrel. How many revolutions per second must the barrel revolve at so that the trout slides down the interior of the barrel at constant speed if the coefficient of kinetic friction between the trout and barrel is μk = 0.1? 1 m
An empty barrel with a diameter of 1 meter is revolved about its center. Suppose a 1 kg trout is thrown into the barrel. How many revolutions per second must the barrel revolve at so that the trout slides down the interior of the barrel at constant speed if the coefficient of kinetic friction between the trout and barrel is μk = 0.1? 1 m
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Transcribed Image Text:An empty barrel with a diameter of 1 meter is revolved about its center. Suppose a 1 kg trout is
thrown into the barrel. How many revolutions per second must the barrel revolve at so that the
trout slides down the interior of the barrel at constant speed if the coefficient of kinetic friction
between the trout and barrel is μk = 0.1?
1 m
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