A 6000-lb weight is being pushed up an inclined surface at constant speed by a cylinder,...

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A 6000-lb weight is being pushed up an inclined surface at constant speed by a cylinder, as shown in the figure. A heavy duty rope it connected to the weight with tension of 1000 lb. The coefficient of friction between the weight and inclined surface equals 0.15. For a pressure of 1000 psi, determine the required cylinder piston diameter. Fy=may = 0 (no motion) Fx = max = 0 (constant speed) y F cyl T Sin(y) W Cos(a) N X W W T T Cos(y) Ff W sin(a) 6000 LB T 45 30 A 6000-lb weight is being pushed up an inclined surface at constant speed by a cylinder, as shown in the figure. A heavy duty rope it connected to the weight with tension of 1000 lb. The coefficient of friction between the weight and inclined surface equals 0.15. For a pressure of 1000 psi, determine the required cylinder piston diameter. Fy=may = 0 (no motion) Fx = max = 0 (constant speed) y F cyl T Sin(y) W Cos(a) N X W W T T Cos(y) Ff W sin(a) 6000 LB T 45 30