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A car of mass m=5000kg is on an icy driveway inclined at an angle = 30 as shown in the figure. Find the acceleration of the car, assuming the driveway is frictionless. Let m1 = 6kg; m2 14kg; F = 100N. Given = that the surface is frictionless and the mass of the ring is negligible: a. Find the acceleration of the system b. Find T1 and T2 mz m1 T2 T 1 F = 100 N 14kg 6kg Let m1 = 10kg and my = 5kg. Given that the pulley is frictionless: a. Find the acceleration of the b. Find T1 and T2 An airplane flies in a loop (a circular path in a vertical plane) of radius 150 m. The pilot's head always points toward the center of the loop. The speed of the airplane is not constant; the airplane goes slowest at the top of the loop and fastest at the bottom. (a) At the top of the loop, the pilot feels weightless. What is the speed of the airplane at this point? (b) At the bottom of the loop, the speed of the airplane is 280 km/h. What is the apparent weight of the pilot at this point? His true weight is 700 N. In another version of the "Giant Swing" (see Exercise 5.46), the seat is connected to two cables as shown in Fig. E5.47, one of which is horizontal. The seat swings in a horizontal circle at a rate of 32.0 rpm. If the seat weighs 255 N and an 825-N person is sitting in it, find the tension in each cable. Figure E5.47 40,09 -7.50 m