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How is rolling friction caused
1.Irregularities between the surfaces 2.Rusting
If an object is moving on the same surface the friction is the same throughout. However, more friction is caused by a rougher surface and less friction is caused by smoother surfaces.
No, friction is caused by the electrostatic attractions between atoms on contacting surfaces and physical surface irregularities. Gravity has no effect on friction.
Friction will decrease if the coefficient of friction decreases. This can be caused by having a smother surface up to a point. (When two surface are TOO smooth the friction actually increases due to molecular attraction.)
How is rolling friction caused
1.Irregularities between the surfaces 2.Rusting
If an object is moving on the same surface the friction is the same throughout. However, more friction is caused by a rougher surface and less friction is caused by smoother surfaces.
Texturing involves the smoothening of the surface. As friction is caused due to the interlocking of the irregularities of the two surfaces in contact, smoothening of the surface makes sure that there are less of these 'irregularities'. The lesser the irregularities, the lesser will be the friction. The lesser the friction, the lesser the wear and tear.
No, friction is caused by the electrostatic attractions between atoms on contacting surfaces and physical surface irregularities. Gravity has no effect on friction.
the ocean surface and wind
the ocean surface and wind
Friction will decrease if the coefficient of friction decreases. This can be caused by having a smother surface up to a point. (When two surface are TOO smooth the friction actually increases due to molecular attraction.)
water
The "feel" of the wind on your face is actually caused by friction. The fact that you can stand without you feet slipping (like they do on an icy surface) is caused by friction.
Scientists are not completely sure what causes friction; however, it is thought to be caused by the interactions between the tiny bumps on surfaces as they rub against each other. The bumps on each surface bend and exert a force on each other making it hard for the surfaces to slip over each other.
Because when an object is sliding on the other the molecules donnot get time to inter lock properly