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A bowling ball of mass M and radius Ris at rest on the floor of a stationary train car.
rere is sufficient friction between the ball and the floor such that the ball will roll without
Slipping. If the train begins to accelerate forward with acceleration a relative to the earth,
determine the linear acceleration (magnitude and direction) of the bowling ball as seen
from
a. A passenger on the train
b. A person at rest relative to the earth.
Transcribed Image Text:A bowling ball of mass M and radius Ris at rest on the floor of a stationary train car. rere is sufficient friction between the ball and the floor such that the ball will roll without Slipping. If the train begins to accelerate forward with acceleration a relative to the earth, determine the linear acceleration (magnitude and direction) of the bowling ball as seen from a. A passenger on the train b. A person at rest relative to the earth.
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