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12) As shown in the figure, a person is moving himself with an acceleration a=4 (m/s). If the man's mass is M = 80 (kg) and the mass of the chest is m = 20 (kg), what will the tensile force (N) be on the rope? The masses of the pulley and the rope are neglected. g = 10 (m/s²) A) 600 B) 675 C) 700 D) 840 E) 1125

12) As shown in the figure, a person is moving himself with an acceleration a=4 (m/s). If the man's mass is M = 80 (kg) and the mass of the chest is m = 20 (kg), what will the tensile force (N) be on the rope? The masses of the pulley and the rope are neglected. g = 10 (m/s²) A) 600 B) 675 C) 700 D) 840 E) 1125

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12) As shown in the figure, a person is moving himself with an acceleration a=4 (m/s). If the man's mass is M= 80 (kg) and the mass of the chest is m = 20 (kg), what will the tensile force (N) be on the rope? The masses of the pulley and the rope are neglected. g = 10 (m/s²) A) 600 B) 675 C) 700 D) 840 E) 1125
Transcribed Image Text:12) As shown in the figure, a person is moving himself with an acceleration a=4 (m/s). If the man's mass is M= 80 (kg) and the mass of the chest is m = 20 (kg), what will the tensile force (N) be on the rope? The masses of the pulley and the rope are neglected. g = 10 (m/s²) A) 600 B) 675 C) 700 D) 840 E) 1125
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