2) A car is parked on a slippery hill. The hill is at an angle of...

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2) A car is parked on a slippery hill. The hill is at an angle of 14 to the horizontal. To keep it from sliding down the hill, the owner attaches a cable at the back of the car and to a post. The mass of the car is 1.42x103 kg. cable I a) Draw an FBD showing the forces on the car. b) Write the equations for the conditions for static equilibrium along the horizontal and vertical directions. c) Calculate the tension in the cable. Assume there is no friction between the road and the tires. 2) A car is parked on a slippery hill. The hill is at an angle of 14 to the horizontal. To keep it from sliding down the hill, the owner attaches a cable at the back of the car and to a post. The mass of the car is 1.42x103 kg. cable I a) Draw an FBD showing the forces on the car. b) Write the equations for the conditions for static equilibrium along the horizontal and vertical directions. c) Calculate the tension in the cable. Assume there is no friction between the road and the tires.