3) The 150-kg carriage has an initial velocity of 3m/s down the incline at A, when a constant force of 550 N is applied to the hoisting cable as shown. Calculate the velocity of the carriage when it reaches B. Neglect the frictional forces and masses of the pulleys. 550 N A-3 m/s 150 kg 3m 12

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3) The 150-kg carriage has an initial velocity of 3m/s down the incline at A, when a constant force of 550 N is
applied to the hoisting cable as shown. Calculate the velocity of the carriage when it reaches B. Neglect the
frictional forces and masses of the pulleys.
550 N
A-3 m/s
150 kg
3m
12
Transcribed Image Text:3) The 150-kg carriage has an initial velocity of 3m/s down the incline at A, when a constant force of 550 N is applied to the hoisting cable as shown. Calculate the velocity of the carriage when it reaches B. Neglect the frictional forces and masses of the pulleys. 550 N A-3 m/s 150 kg 3m 12
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