gauge you were trying to move a CD on a desk with your hand. If you use a very small cast, the CD whitethorn not move. This means that the frictional force is equal to or greater than the force of which you are pushing the CD. If the fictional force were less than the force produced by your hand, the CD would move on the desk easily. (www.mathrevision.net/alevel/pages.php?page=79).
If you continue to keep pushing the CD harder and harder, lastly a point is reached where the frictional force doesnt ontogenesis anymore. When the frictional force is at its highest value, friction is confining. If friction is change and the CD is still in its corresponding place, it is in limiting equilibrium. If you push even harder, the CD go forth start to move. If it is moving, friction will be taking all of its limiting value.
The frictional force between cardinal or more objects is never constant. But it does increase until it hits its uttermost value. When it is at its maximum the ashes will either be moving or will be on its way to finally start moving.
The coefficient of friction is a number that represents the friction between devil surfaces. With two equal surfaces the coefficient of frictional will be the exact same as two non-equal surfaces. The usual symbol used for the coefficient is u. The maximum frictional force (when an object is sliding or at its limiting equilibrium) is equal to the coefficient of friction times the normal response force. (www.mathrevision.net/alevel/pages.php?page=79).
Static frictional forces that come from the joining of irregularities of two surfaces will increase to prevent relative motion, up until a limit where motion occurs. It is that threshold motion that is characterized by the coefficient of static...If you trust to get a full essay, order it on our website: Orderessay
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