Topic: Coefficient of Sliding Friction
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What is coefficient of sliding friction?
( ¦kō·ə′fish·ənt əv ′slīd·iŋ ′frik·shən ) (mechanics) The ratio of the frictional force, parallel to the surface of contact, opposing the motion of a body sliding over another, to the force, normal to the surface of contact, with which the ... Read More »
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What value of the coefficient of friction the greater the resista...
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What is the Coefficient of Friction?
The coefficient of friction is a number that represents the resistance or friction between two surfaces that are in contact. It involves finding the ratio between two forces, and can depend on the smoothness or roughness of the surfaces tha... Read More »
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Coefficient of Sliding Friction
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The static friction coefficient () between two solid surfaces is defined as the ratio of the tangential force (F) required to produce sliding divided by the normal force between the surfaces (N) = F /N
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Sliding friction is the term used for the friction that is caused by two bodies rubbing against each other. An example would be trying to stand on a slide and either sliding down fast or slow.
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Friction coefficient of sliding: When the applied tangential force F overcomes the frictional force f between any two surfaces then the surfaces begins to slide over each other. In the case of a body resting on a flat surface the body start...
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The coefficient of friction comes in two forms: static and kinetic. The coefficient of static friction is a force between two surfaces that are in contact but are at rest. The coefficient of kinetic friction tells us how rough or smooth the...
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Source: http://www.ehow.com/how_5200551_calculate-coefficient-friction.ht...
you s = sm u = ums^-1 v=0ms^-1 t=ts a=ams^-2 [or found using equations of motion!] you will have the forwards force (driving force) and mass [hopefully!!!] using f = ma you know the difference in forces = the cars mass x acceleration if you...
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Source: http://answers.yahoo.com/question/index?qid=20080823172650AAR6LCf
if the slide is frictionless, the acceleration a =gsinθ, at the bottom her speed is sqrt(2ad) = sqrt(2gdsinθ) if the slide has friction, the acceleration a =g(sinθ - kcosθ), at the bottom her speed is sqrt(2ad) = sqrt(2gd(sinθ - kcosθ)) so ...
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