Friction between your tires and the road surface, air resistance, and gravity pulling you back up the slope all act as forces that slow you down as you go downhill. Additionally, factors such as the slope angle, surface conditions, and the weight of the object are also influential in affecting how much you slow down.
Matched forces acting on a moving car will not cause it to go faster. The speed of a car is primarily determined by the balance between the engine's power and the forces of friction and air resistance. Matching forces will only help maintain the car's current speed or slow it down, depending on the direction and magnitude of the forces.
When you go down a slide, the main force acting on you is gravity, pulling you downward. Friction between your body and the slide surface helps to slow you down and control your speed. Additionally, there may be air resistance pushing against you as you move through the air.
When you deploy your parachute, you do not go up; you simply slow down due to air resistance and drag. The parachute increases your air resistance by capturing air in its canopy, which slows your descent speed until you reach a safe landing speed.
The answer is Gravity. The reason I no is because I have done it in school.Gravity doesn't slow objects down; this is done by friction and air resistance. I know this is because I've studied it in school.________Yes I agree with the second answer. I am in 8th grade, and in 4th grade, we had to make a plastic kart go down a hill, and then STOP!! Our vocabulary consisted of friction, which is the force that stops an object._____Yes I also agree with the second answer, i am studying it right now in college, and we did a project on this, and gravity pulls it down, friction and air resistance try to stop it, so the best asnwer would be friction and air resistance.___
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.
Unless you have some additional force such as from a bike or car, you cannot get faster than terminal velocity.This is because of the extra forces acting to slow you down besides air pressure.
Go Slow Down was created in 1993.
well there is the downhill luge...
This question can only be answered with an example. So, say that you have a road, ok. To go up that road you have to go slow, and to go down that road you have to go slow. So, it's like saying slow down, and slow up.
Matched forces acting on a moving car will not cause it to go faster. The speed of a car is primarily determined by the balance between the engine's power and the forces of friction and air resistance. Matching forces will only help maintain the car's current speed or slow it down, depending on the direction and magnitude of the forces.
It is mining fatigue to slow down motions
No the can go faster downhill or uphill
auto volume
yes. Going downhill, the gravity is pushing on your forcing you to go downwards.
For ever 100 ft you go forward. You also go down by 6 feet in elevation.
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.
There is no such event as "speed skiing" but Downhill skiing is basically the equivalent. In downhill racers go through a set of gates which are spaced about 100 meters apart. The objective is to get down the mountain as fast as possible. The racers usually go up to 150mph down the hill.