For the most part yes, but the car depending on the aerodynamics of the design can resist most of it.
yes
Friction does work to slow down the car. Thus, the more friction there is, the less distance a car can go.
Yes. Roughness is a general term that refers to more friction, and friction will slow motion.
Friction is suppose to slow down things and yes it can. HOW DOES: both 2 surfaces collide with each other, causing heat. Heat will slow down the object by "meeting" with the 2 surfaces. I hope I helped :)
In that case, the car will slow down due both to gravity pulling it backward, and to friction forces.
Actually, friction does depend on velocity. If you stop your car you have to ease up on the brakes as you slow down because friction increases as you slow down. This effect has been observed for objects travelling at bullet velocities. Friction decrease as speed increases.
Friction will slow it down
Friction does work to slow down the car. Thus, the more friction there is, the less distance a car can go.
able to slow down
Friction
Yes. Roughness is a general term that refers to more friction, and friction will slow motion.
Rolling friction By Alex ceron
Friction is suppose to slow down things and yes it can. HOW DOES: both 2 surfaces collide with each other, causing heat. Heat will slow down the object by "meeting" with the 2 surfaces. I hope I helped :)
Because of friction
No. Friction is useful every time there is a change to how the car is moving. Getting it moving, getting it to turn as well as getting it to slow down.
"Brakes" make your car slow down.Additional answerSo does friction and air resistance and the rolling resistance of the rubber tyres.
In that case, the car will slow down due both to gravity pulling it backward, and to friction forces.
Actually, friction does depend on velocity. If you stop your car you have to ease up on the brakes as you slow down because friction increases as you slow down. This effect has been observed for objects travelling at bullet velocities. Friction decrease as speed increases.