Question 2 (10 marks) In a movie, a stunt performer jumps on to the front of a truck as it accelerates. The performer \"sticks\" to the truck as long as it continues to accelerate, suspended 1 m above the ground. The coefficient of friction between the performer and the truck is 0.650. a) Draw a free-body diagram, in the space provided, indicating all the forces acting on the performer. b) Calculate the minimum horizontal acceleration that will keep the performer on the front of the truck. The driver of the truck sees a canyon approaching and suddenly slams on the brakes, sending the stunt performer flying over the edge. The canyon is 40.0-m deep with a river at the bottom. ) Calculate the minimum speed of the truck required for the performer to safely land in the river at the bottom of the canyon. The edge of the river is located 55.0 m (horizontally) from the point where the performer is flung from the truck. lgnore air resistance