Gravity
gravity!
The stopping distance of a car traveling uphill can be less than on a level road due to gravity assisting in the deceleration process. When driving uphill, the incline can help slow down the car as it works against the forward momentum. This can lead to a shorter stopping distance compared to a level road where the car solely relies on its brakes to stop.
gravity. Going uphill is always harder thatn going along the flat.
Because it doesn't have enough power to pull itself. All vehicles slow down uphill if you don't feed them more fuel.
Gravity is trying to push the car down the hill. It takes more power to overcome that push of gravity. Unless you give the car more gas it will slow down.
Gravity. The car is heavy and doesnt want to move, so you must excelerate to make the car go uphill. If a car is going downhill, the is no need to excelerate because gravity is pulling the car downhill.
On a flat surface it would slow down slowly before stopping. Downhill it may speed up. Uphill it may slow down, stop and start rolling backwards.
The car will stop when you are no longer applying force to move it forward. Friction between the tires and the ground will gradually slow it down until it comes to a complete stop.
Gravity itself does not slow down a bike. However, when riding uphill, gravity acts in the opposite direction, making it harder to pedal and potentially slowing the bike down. Additionally, gravity can contribute to the bike picking up speed when going downhill.
Because you have gravity pulling you down and most cars arn't built for up hill
Gravity affects your car speed when you are driving on a hill. When going uphill, gravity acts against the car's momentum, causing it to slow down unless the engine compensates with more power. When going downhill, gravity assists the car's momentum, causing it to speed up unless the brakes are used to control the speed.
A parachute.