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2. A 6-lb slider is propelled upward from A along the curved bar that lies in a vertical plane. If the slider has a speed of 10 ft/sec as it passes B, find the magnitude of the normal force of the exerted on the slider by the rod and the rate at which the speed is changing. Neglect friction. Optional: Have half your AG do this in path, the other half do it in cylindrical and compare answers! fa-

2. A 6-lb slider is propelled upward from A along the curved bar that lies in a vertical plane. If the slider has a speed of 10 ft/sec as it passes B, find the magnitude of the normal force of the exerted on the slider by the rod and the rate at which the speed is changing. Neglect friction. Optional: Have half your AG do this in path, the other half do it in cylindrical and compare answers! fa-

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2. A 6-lb slider is propelled upward from A along the curved bar that lies in a vertical plane. If the slider has a speed of 10 ft/sec as it passes B, find the magnitude of the normal force of the exerted on the slider by the rod and the rate at which the speed is changing. Neglect friction. Optional: Have half your AG do this in path, the other half do it in cylindrical and compare answers!
Transcribed Image Text:2. A 6-lb slider is propelled upward from A along the curved bar that lies in a vertical plane. If the slider has a speed of 10 ft/sec as it passes B, find the magnitude of the normal force of the exerted on the slider by the rod and the rate at which the speed is changing. Neglect friction. Optional: Have half your AG do this in path, the other half do it in cylindrical and compare answers!
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