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.
The tires of a moving car experience the most friction with the road. This friction is necessary for the car to accelerate, decelerate, and make turns.
Without friction force, a vehicles tyres would not gain any traction on the road. There are two forms of friction force, static and kinetic. Kinetic friction force is necessary to keep a car gripped to the road while its in motion. The static force is what stops you from being able to push a car while the handbrakes on because the wheels aren't free to move and the force of friction is too great to allow the tyres to slide along the ground, as well as the fact a car weighs usually more than one metric ton. The force of friction is related to its (mu) factor or its friction coefficient carefully calculated by scientists under test conditions for several different types of surfaces under certain conditions.
Friction between the tires and the road. Without that kind of friction, we'd never be able to start moving, and wouldn't be able to stop!
Friction between the tires and the road helps transfer the force you apply to the car, allowing it to move forward. Without friction, the tires would just spin in place and the car wouldn't move.
The centripetal force that allows a car to move around a sharp curve in a roadway is provided by friction between the tires and the road surface. This friction provides the necessary force to keep the car moving in a curved path rather than continuing in a straight line. It is directed towards the center of the curve, enabling the car to maintain its circular motion.
The tires of a moving car experience the most friction with the road. This friction is necessary for the car to accelerate, decelerate, and make turns.
oil does not make your car move, it reduces friction in the moving parts in order to keep your car from tearing itself apart
Without friction force, a vehicles tyres would not gain any traction on the road. There are two forms of friction force, static and kinetic. Kinetic friction force is necessary to keep a car gripped to the road while its in motion. The static force is what stops you from being able to push a car while the handbrakes on because the wheels aren't free to move and the force of friction is too great to allow the tyres to slide along the ground, as well as the fact a car weighs usually more than one metric ton. The force of friction is related to its (mu) factor or its friction coefficient carefully calculated by scientists under test conditions for several different types of surfaces under certain conditions.
friction
Friction between the tires and the road. Without that kind of friction, we'd never be able to start moving, and wouldn't be able to stop!
friction is an important force to have in life because friction helps objects that move or roll stop. Like brakes on a car, when you push down on the brakes the friction is there when the wheels stop,and the car will stop to.
Friction between the tires and the road helps transfer the force you apply to the car, allowing it to move forward. Without friction, the tires would just spin in place and the car wouldn't move.
When one wants things to slide, move, or turn easily.
friction helps the movement of the car by allowing it to move easily and smoothly. -------------- Friction between the tires and the road propels the car forward and steer it. Friction in the brakes helps control the motion.
Actually the good effect of friction is: if you drive a car you can make it stop, friction makes it stop. But the bad effect is: friction wears out machines so you can replace it. Hope it helps! :) Also with no friction the tires would just spin and go no place, and steering would be a problem.
The centripetal force that allows a car to move around a sharp curve in a roadway is provided by friction between the tires and the road surface. This friction provides the necessary force to keep the car moving in a curved path rather than continuing in a straight line. It is directed towards the center of the curve, enabling the car to maintain its circular motion.
If you're asking in the theoretical sense as in there were no friction at all in the universe then the car would never stop. Then again if that were the case then the car would have a hard time to move in the first place.