Solculate its acceleration when it travels 100 and the cable forced 324 nevertical nghe cable doe's...

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Solculate its acceleration when it travels 100 and the cable forced 324 nevertical ngũhe cable doe's hot evlend Figure 6-2.10 and the friction on the pulleys is negligible, 6-2.11 In the system in Figure 6-2.11, the kinetic friction coefficient between m = mass m and the inclined plane is uz. Calculate the acceleration of the mass m when it is left in motion from rest and travels a distance x and calculate the cable force that will occur during this time. The vertical moving mass is m₂ = 6m, the angle of the inclined plane with the horizontal is 0 = 60°, the cable has no extension and the friction in the pulleys is negligible. ama m2 m Figure 6-2.11 M m₂ Solculate its acceleration when it travels 100 and the cable forced 324 nevertical ngũhe cable doe's hot evlend Figure 6-2.10 and the friction on the pulleys is negligible, 6-2.11 In the system in Figure 6-2.11, the kinetic friction coefficient between m = mass m and the inclined plane is uz. Calculate the acceleration of the mass m when it is left in motion from rest and travels a distance x and calculate the cable force that will occur during this time. The vertical moving mass is m₂ = 6m, the angle of the inclined plane with the horizontal is 0 = 60°, the cable has no extension and the friction in the pulleys is negligible. ama m2 m Figure 6-2.11 M m₂

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