To determine the mass of a car, a student (with a friend at the wheel) pushes the car holding a bathroom scale between himself and the car. The scale maintains a constant reading of 532 N while the car accelerates on level ground. At the conclusion of the experiement, his friend reports that the car accelerated from rest to 13.9 km/hr in 17.0 s. What was the mass of the car?
To determine the mass of a car, a student (with a friend at the wheel) pushes the car holding a bathroom scale between himself and the car. The scale maintains a constant reading of 532 N while the car accelerates on level ground. At the conclusion of the experiement, his friend reports that the car accelerated from rest to 13.9 km/hr in 17.0 s. What was the mass of the car?
@Physics

Question

To determine the mass of a car, a student (with a friend at the wheel) pushes the car holding a bathroom scale between himself and the car. The scale maintains a constant reading of 532 N while the car accelerates on level ground. At the conclusion of the experiement, his friend reports that the car accelerated from rest to 13.9 km/hr in 17.0 s. What was the mass of the car?
 To determine the mass of a car, a student (with a friend at the wheel) pushes the car holding a bathroom scale between himself and the car. The scale maintains a constant reading of 532 N while the car accelerates on level ground. At the conclusion of the experiement, his friend reports that the car accelerated from rest to 13.9 km/hr in 17.0 s. What was the mass of the car?
 @Physics