An important formula is that friction = (coefficient of friction) x (normal force).
Friction.
Friction
Weight is extremely useful in determining the frictional force on an object. Say we have a box on a level surface. The box has a weight of mg(mass times the gravitational constant). Since the box is still, and it is being supported by the ground, there is an equal and opposite force that is being exerted on the box by the ground, which pushes it up. This is known as the normal force. The force of Friction is defined as the greek letter mu(which is the coefficient of friction for the two materials against each other)times the normal force, which in this case is mg. Mu also varies depending on wether or not the box is moving in contact with the ground. A different coefficeint of friction is used instead of the one when the box is at rest. The frictional force on the object is always greater when the object is at rest than when it is sliding. Hope this helps!
A friction is a force, so it would be measured in newtons. The coefficient of friction, on the other hand, is a ratio between two forces, so it is dimensionless.
it is a mebr in the gavde
Friction is a force that must be overcome for no useful purpose. It takes energy to do this, and thus is wasteful.
That force is called friction.
Friction is a useful force in situations where you want to stop or slow down an object, like brakes on a car or shoes on the ground providing traction. It is also important for tasks that require grip or control, such as writing with a pencil or turning a screw.
Friction is a force that is generated when two surfaces rub against each other. It is useful for preventing slipping or sliding.
Yes because when you play a game of tug of war you just pull it and the other push it
Most forms of conventional movement require friction. For example, a car could not go anywhere if not for the the friction between the rubber tire and the road surface.
Brakes are meant to have a lot of friction and it's useful.
Friction is useful in helping to prevent objects from slipping or sliding when a force is applied to them. This is why we are able to walk, drive vehicles, and grip objects with our hands.
Statical friction
The force acting on an object increases the friction between the object and the surface it is on. As the force increases, the friction force also increases proportionally until it reaches a maximum value, called the limiting friction. This relationship is described by the equation: friction force = coefficient of friction * normal force.
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