If а driver in а cаr оf mass 800 . 00 k g traveling east at 24 . 00 m s nоtices a washed-оut bridge 15 . 00 m ahead of the car, (a) what is the required minimum magnitude of the acceleration of the car for it to avoid running over the edge of the washed-out bridge? If the driver in the car of mass 800 . 00 k g traveling east at 24 . 00 m s notices an elephant of mass 400 . 00 k g 15 . 00 m ahead of the car traveling east at 6 . 00 m s , (b) what is the minimum magnitude of the acceleration of the car in order for it to avoid hitting the elephant and (c) what are the direction and magnitude of the velocity of the center of mass of the car and elephant system 1 . 00 s e c o n d after the elephant is being noticed by the driver? If a driver in a car traveling east at 24 . 00 m s notices a washed-out bridge 15 . 00 m ahead of the car and decelerates the car with a magnitude of acceleration determined in (b) and another side of the river is 2 . 00 m below, (d) will the car be able to cross the river without falling into water if the width of the river is 10 . 00 m (see Fig. 1.1)? If a driver in a car traveling east at 24 . 00 m s notices a washed-out bridge 15 . 00 m ahead of the car and decelerates the car with a magnitude of acceleration determined in (b) and another side of the river is at the same level as shown in Fig. 1.2 and the width of the river is 10 . 00 m , (e) what is the angle of the car to leave the edge of the washed-out bridge in order for it to avoid falling into water? f_q17_phys2425.sv1.docx