The primary force is air resistance, then there is friction and gravity.
Air resistence
The forces that slow down a racing car are:GravityAir ResistanceFrictionAerodynamic Downforcethat's the 4 forces
In that case, the car will slow down due both to gravity pulling it backward, and to friction forces.
The same as they do to any other object.
"Brakes" make the whole car slow down.
For example, if a car moves on a road, it moves with respect to something - in this case, to the planet Earth. From the point of view of the car, the Earth is moving in the opposite direction. If you were referring to forces, better ask a separate question about forces.
Air Resistance mostly, and small amounts of gravity and friction with the road.
The forces that slow down a racing car are:GravityAir ResistanceFrictionAerodynamic Downforcethat's the 4 forces
air resistance
Gravity.
In that case, the car will slow down due both to gravity pulling it backward, and to friction forces.
The same as they do to any other object.
When a car begins to brake, the car is affected by many different forces. These include:Friction - When the brake pedal is pressed, the car's wheels act against the road, causing friction to slow down the carGravity - When driving, gravity is pulling the car down, therefore pressing the car against the ground, making us slow down slightlyAir resistance - When any object goes through air particles, they are slowed down slightly because of the extra force required to push past.
It's probably the clutch.
Not necessarily. A tree sloth moves slower than a slow, slow walk while a cheetah can run as fast as 60 miles per hour. That's as fast as your car moves while driving down the highway. Most mammals are somewhat fast moving.
Drag forces are trying to slow the car down. Engine power to the wheels generates force that equals the drag, and keeps the car travelling at a constant speed. The sum of all forces on the car are zero, which is why it is not accelerating or decelerating.
"Brakes" make the whole car slow down.
Gravity