The 4 kg collar A starts from rest in the position shown. A F= 150 N...

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The 4 kg collar A starts from rest in the position shown. A F= 150 N force is applied to the cable and causes the collar to move up the smooth vertical shaft. Neglecting the mass of the frictionless pulley and the spring, determine the speed A when the spring is compressed 0.50 mm. Hint: Don't forget about the work done by the 150 N load. -300 mm k = 2 kN/m 400 mm 50 mm The 4 kg collar A starts from rest in the position shown. A F= 150 N force is applied to the cable and causes the collar to move up the smooth vertical shaft. Neglecting the mass of the frictionless pulley and the spring, determine the speed A when the spring is compressed 0.50 mm. Hint: Don't forget about the work done by the 150 N load. -300 mm k = 2 kN/m 400 mm 50 mm

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The problem involves a 4 kg collar A that starts from rest in the position shownA 150 N force is applied to the cable and causes the collar to move up the smooth vertical shaftThe mass of the cable an... View the full answer