Assuming you are not pressing down on the gas, when you release the pedal, the car will slow down over time and evetualy come to a stop. Unless you are going down a hill, in which case you will speed up.
Because when you brake, the brakes stop the wheels from moving. But that doesn't stop the bike from moving. It means that the speed/force/velocity at which you were traveling was forceful enough to override the brakes. So basically, you're sliding.
Is stepping on the brakes of a car acceleration. That would be deceleration.
in short, friction.
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
If you are in a fast moving car and the brakes are applied suddenly and hard, your body will continue moving in the forward direction.
Stepping on the brakes of a moving car is an example of
It is your momentum of moving forward that has to be overcome before your brakes can bring the bicycle to a stop.
Because when you brake, the brakes stop the wheels from moving. But that doesn't stop the bike from moving. It means that the speed/force/velocity at which you were traveling was forceful enough to override the brakes. So basically, you're sliding.
If you apply the brakes it can stop it moving.
Your momentum wants to keep moving forward.
Is stepping on the brakes of a car acceleration. That would be deceleration.
You are not moving, if you are comparing to the car.
Yes. If no force acts on an object, it will continue moving indefinitely.
inertia
By puting your feet on the brakes
if you were to continue moving the bottle for a long time what would happen to the large sediments?