For the crane system in figure, determine the hydraulic cylinder force required to lift the 2000-lb...

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For the crane system in figure, determine the hydraulic cylinder force required to lift the 2000-lb load. MA = MA=0 (no motion/constant speed) (Fayl Sin(a)) (d) - (W Sin()) (d2) = 0 (Feyl Sin(a)) (2.5) - (W Sin(0)) (7.5) = 0 0 = 45 a = 30 F Cos(a) W Cos(0) W sin(0) A F F Sin(a) 5 ft e 2000 lb 2.5 ft W E CYLINDER W B 45 105 75 For the crane system in figure, determine the hydraulic cylinder force required to lift the 2000-lb load. MA = MA=0 (no motion/constant speed) (Fayl Sin(a)) (d) - (W Sin()) (d2) = 0 (Feyl Sin(a)) (2.5) - (W Sin(0)) (7.5) = 0 0 = 45 a = 30 F Cos(a) W Cos(0) W sin(0) A F F Sin(a) 5 ft e 2000 lb 2.5 ft W E CYLINDER W B 45 105 75