Whether balanced or unbalanced, the basic equation is the same. In any direction you care to choose, the sum of force components in that direction determines the acceleration: ΣF=ma.ramseycharles0 said:
Newton's Third Law states that for every action, there is an equal and opposite reaction. This means that when an object is in contact with another object, it will experience a force in the opposite direction of the force it exerts on the other object. In the case of friction, when two surfaces rub against each other, the force of friction is equal and opposite on both surfaces.
Friction opposes motion, so when an object is in motion and experiences friction, the force of friction acts in the opposite direction of the object's motion. This results in a decrease in the object's speed, as the force of friction acts against the object's motion.
Yes, Newton's Third Law can be used to calculate the force of friction. As mentioned before, the force of friction is equal and opposite on both surfaces in contact. By knowing the force exerted by one surface on the other, through Newton's Third Law, we can determine the force of friction.
The coefficient of friction is a measure of the amount of friction between two surfaces. It affects Newton's Third Law in that a higher coefficient of friction means a greater force of friction will be exerted between the two surfaces, as the surfaces have a stronger resistance to sliding against each other.
Yes, Newton's Third Law can still be applied to situations where there is no friction. In these cases, the force exerted by one object on another will still have an equal and opposite reaction, even if there is no friction between the two objects. This can be seen in situations like a person pushing a box on a frictionless surface, where the box will still experience a reaction force from the person's push.
