The retarding forces which act on the race car are the drag force FD and a nonaerodynami...

The retarding forces which act on the race car are the drag force F_D and a nonaerodynamic force F_R. The drag force is where C_D is the drag coefficient, is the air density, v is the car speed, and S = 30 ft² is the projected frontal area of the car. The nonaerodynamic force FR is constant at 200 lb. With its sheet metal in good condition, the race car has a drag coefficient C_D = 0.3 and it has a corresponding top speed v = 200 mi/hr. After a minor collision, the damaged front-end sheet metal causes the drag coefficient to be What is the corresponding top speed of the race car?