Gravity if going uphill. Friction.
It would not be able to move. The push of the engine driving the car forward depends on friction between the tyres and the road. If something else started it moving, the brakes couldn't work to stop it.
The weight of the car will cause the force of gravity to push it down with seemingly more force than the lighter car. And so this would make the car go faster down a slanted surface, which is the ramp.
You would increase friction so that you wouldn't slip, by using the brakes on your car of bike you increase friction to stop yourself. Hikers increase friction between their feet and the ground by wearing hiking shoes that grip the ground better. Tires on cars that create more friction make the car go faster, because instead of sliding, the tires grip the ground and push off.
Because if there is no friction between the wheels and the asphalt the car would simply spin out. Unable to move at all on a friction-less surface. In fact, it's so important racecars have upsidedown wings to push the car into the ground to get better friction. Which when we're talking about car wheels is also called traction.
Rolling friction causes a car to stop.
Find a hill and stop the car, using a friend to steer the car you get behind and push.....
push the break
No, because you are pushing it.
It would be the car that was required to stop. That car should make sure it is clear before going through the intersection.
The same amount of force required to push the car.
Force and momentum
a car bomb
you get your pedals mixed up
You can push it
no old oil will not stop a car beacause at least the car has oil
It would not be able to move. The push of the engine driving the car forward depends on friction between the tyres and the road. If something else started it moving, the brakes couldn't work to stop it.
you push it