1. A car of mass 500.0 kg has an initial velocity of 10.0 m/s. This car is about to perform a stunt for an upcoming action movie. While traveling on a horizontal road, it accelerates due to a force F=1500 N parallel to the road. 5 seconds later it reaches the edge of a cliff from where it falls for 50.0 m. At that moment the horizontal force stops existing. You can ignore friction in your calculations. a. Draw a sketch of the problem including all the information that is provided. Hint: You must include a reference frame in your drawing! b. Calculate velocity with which the car jumps the cliff. c. Calculate the gravitational potential energy of the car before and after the fall.

1. A car of mass 500.0 kg has an initial velocity of 10.0 m/s. This car is about to perform a stunt for an upcoming action movie. While traveling on a horizontal road, it accelerates due to a force F=1500 N parallel to the road. 5 seconds later it reaches the edge of a cliff from where it falls for 50.0 m. At that moment the horizontal force stops existing. You can ignore friction in your calculations. a. Draw a sketch of the problem including all the information that is provided. Hint: You must include a reference frame in your drawing! b. Calculate velocity with which the car jumps the cliff. c. Calculate the gravitational potential energy of the car before and after the fall.