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1.13 The following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8The tension on the tight side=2400 NThe diameter of the driving pulley=350 mmThe rotational frequency of the driving pulley=1500r/min the following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8 The tension on the tight side= 2400N The diameter of the driving pulley =350mm The rotational frequency of the driving pully= 1500 r/min Calculate the following: 1.13.1 The belt speed in m/s 1.13.2 The tension on the slack side of the belt 1.13.3 The power transferred by the belt

1.13 The following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8The tension on the tight side=2400 NThe diameter of the driving pulley=350 mmThe rotational frequency of the driving pulley=1500r/min the following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8 The tension on the tight side= 2400N The diameter of the driving pulley =350mm The rotational frequency of the driving pully= 1500 r/min Calculate the following: 1.13.1 The belt speed in m/s 1.13.2 The tension on the slack side of the belt 1.13.3 The power transferred by the belt

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1.13 The following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8The tension on the tight side=2400 NThe diameter of the driving pulley=350 mmThe rotational frequency of the driving pulley=1500r/min the following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt=2,8 The tension on the tight side= 2400N The diameter of the driving pulley =350mm The rotational frequency of the driving pully= 1500 r/min Calculate the following: 1.13.1 The belt speed in m/s 1.13.2 The tension on the slack side of the belt 1.13.3 The power transferred by the belt
1.13 The following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt = 2,8 The tension on the tight side = 2 400 N The diameter of the driving pulley The rotational frequency of the driving pulley = 350 mm = 1 500 r/min
Transcribed Image Text:1.13 The following information refers to a belt drive: The tension ratio between the tight and the slack side of the belt = 2,8 The tension on the tight side = 2 400 N The diameter of the driving pulley The rotational frequency of the driving pulley = 350 mm = 1 500 r/min
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