The force F is applied to a 60-1b box, always directed down an angle of 0 - 30° from the horizontal as shown. The magnitude of the force is increased until the boxbegins slide. Use the static coefficient of friction us = 0.6 and the kinetic coefficient offriction uk = 0.3.Sketch a free body diagram and the kinetic diagram of the boxFind the required F that can cause motion of the boxDetermine the box's initial acceleration 1. (25 pts) The force F is applied to a 60-lb box, always directed down at an angle of 0 =30° from the horizontal as shown. The magnitude of the force is increased until the boxbegins slide. Use the static coefficient of friction us = 0.6 and the kinetic coefficient offriction μk = 0.3.a. Sketch a free body diagram and the kinetic diagram of the boxb. Find the required F that can cause motion of the boxc. Determine the box's initial accelerationМы, Ми

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1. (25 pts) The force F is applied to a 60-lb box, always directed down at an angle of 0 = 30° from the horizontal as shown. The magnitude of the force is increased until the box begins slide. Use the static coefficient of friction us = 0.6 and the kinetic coefficient of friction μk = 0.3. a. Sketch a free body diagram and the kinetic diagram of the box b. Find the required F that can cause motion of the box c. Determine the box's initial acceleration Мы, Ми

1. (25 pts) The force F is applied to a 60-lb box, always directed down at an angle of 0 = 30° from the horizontal as shown. The magnitude of the force is increased until the box begins slide. Use the static coefficient of friction us = 0.6 and the kinetic coefficient of friction μk = 0.3. a. Sketch a free body diagram and the kinetic diagram of the box b. Find the required F that can cause motion of the box c. Determine the box's initial acceleration Мы, Ми