5. A painter of mass m stands on a light platform of mass Mand pulls himself up by means of two ropes which hang over pulleys, as shown. If he pulls each rope with a force F, find his acceleration. M Looking at your answer, determine the minimum force Fmin the painter must apply in order to keep from falling.
5. A painter of mass m stands on a light platform of mass Mand pulls himself up by means of two ropes which hang over pulleys, as shown. If he pulls each rope with a force F, find his acceleration. M Looking at your answer, determine the minimum force Fmin the painter must apply in order to keep from falling.
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![5. A painter of mass m stands on a light platform of mass Mand pulls himself up by
means of two ropes which hang over pulleys, as shown. If he pulls each rope with a
force F, find his acceleration.
M
Looking at your answer, determine the minimum force Fmin the painter must apply in
order to keep from falling.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6bbd045-0a6f-47e8-80b7-56417782e365%2F266170bb-dd48-4d8a-9623-e5eccfaae6c1%2Fizdfkt6.png&w=3840&q=75)
Transcribed Image Text:5. A painter of mass m stands on a light platform of mass Mand pulls himself up by
means of two ropes which hang over pulleys, as shown. If he pulls each rope with a
force F, find his acceleration.
M
Looking at your answer, determine the minimum force Fmin the painter must apply in
order to keep from falling.
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