No. Friction can only slow an object down. If friction were imparting a force greater than that of the applied forces, then friction in and of itself would actually be causing the object to move, which does not happen.
Friction depends on the surface that the object is going against. If an applied force is used to push a box on a ground, the friction is the surface of the ground, may the ground be rough or smooth, there is a force that goes against the applied force. Air friction is also a type of friction that many physics question does not account for, because it is a virtually small force.
The object may move against a force, for example be raised against gravity, or it may accelerate ie go faster, or it may get warmer for example by friction.
In this case, you are not doing work against the force of gravity, but against the force of friction.
Friction makes things (like soles) rub away
Professional bike riders want to reduce friction, because friction is a force of two objects rubbing up against each other, therefore slowing you down.
Friction typically works against an applied force by creating resistance to the motion of objects in contact. This resistance can cause the applied force to be partially or fully counteracted, slowing down or preventing the motion of the objects.
motion
Friction is always against the direction of the movement.
Friction. Opposing Force
friction decreases the acceleration of a car by creating a greater force which pushes against the acceleration force. the friction is a force, but more of it means that whatever is pushing against it ( acceleration in this case) is made smaller.
Friction.
Friction, is one.
Friction is a force that works against motion by opposing the movement of an object as it slides along a surface. It acts to slow down or stop the motion of the object.
Friction is a force that acts against the movement of an object. It is caused by the resistance between surfaces when they come into contact with each other.
friction That force is called friction. ur mom
Friction is directly proportional to the force of two surfaces pressing against each other. The more force there is between the surfaces, the greater the frictional force will be. This relationship is described by the equation: friction = coefficient of friction x normal force.
Frictional force acts against speed of any object.