In a recent airline disaster, a commercial passenger jet suddenly lost altitude when it was at 10,900 ft flying horizontally at a speed of 450 miles per hour and fell

into the surface of the Java Sea. The mass of the plane can be estimated to be equal to 82,000 kg. Please answer the following. Create a free body diagram during the fall. Consider the presence of the drag force between the air and the surfaces of the place.a. b. Represent the velocity vector and its components at the initial instant when falling starts and at the final instant when the collision occurred and sketch the trajectory. You do not need to include values, just represent the vector and its components. If the magnitude of the work done by the drag force during the fall is estimated to be one million kJ, estimate the speed of the aircraft at the instant of impact, in m/s. Assume that the acceleration of gravity is 9.81 m/s².C. d. According to your understanding of the physics of this event, elaborate on the work done by the drag force. Was this energy transformed into another form of energy? Explain.