Friction will cause objects to slow down.
Faster
Faster: Surfaces with less friction (smooth) ;slanted surfaces Slower: Surfaces with more friction (sticky surfaces, rough surfaces), uphill surfaces Of course a slanted surface with too much friction will also make the car slower.
No, friction is a force which always acts in the direction opposite to that of motion.
The friction can make you slow down , but if you lose friction you will go at a faster rate of speed
no. No because we would need to overcome friction when moving, causing us to move slower.
Force on an object accelerates the object. That means it can make the object go faster, go slower, or change the direction it's moving.
No, friction is a force which always acts in the direction opposite to that of motion.
Faster: Surfaces with less friction (smooth) ;slanted surfaces Slower: Surfaces with more friction (sticky surfaces, rough surfaces), uphill surfaces Of course a slanted surface with too much friction will also make the car slower.
Yes, forces do all of these things. A force changes the velocity of an object, and is the only thing that can change the velocity of an object.
The friction can make you slow down , but if you lose friction you will go at a faster rate of speed
no. No because we would need to overcome friction when moving, causing us to move slower.
Forces are the only thing that can do that.
Friction can make object no.
Friction can be a problem as it slows down the movements of objects. It may also stop the movement of object and as such, a bigger force is needed to make the object move faster.
Force on an object accelerates the object. That means it can make the object go faster, go slower, or change the direction it's moving.
faster
A force will cause a moving object to continue moving. It will also cause the object to move farther and faster until friction slows it down.
-- Steeper ramp.-- Lower friction in the wheel and axle bearings of the car.-- Better aerodynamic streamlining of the shape of the car.-- Make the car of iron and conceal a large magnet at the bottom of the ramp.