The ball exerts a reaction force (without any additional forces action on it) against the bat of. So really regardless of size they're equal and opposite forces applied to each other. A baseball player bats a ball with a force of 1,000 N. Which means simply that the ball is putting the same force of a thousand Newtons on the bat. A force and its reaction are generated together and happen at the same time. The two forces have the same strength, but they act in opposite directions. The force from the box on you is the reaction force. So you don't usually have to solve problems with this but you'll often times be asked in a question say for example if a big bat is hitting a ball at a thousand Newtons what is the force of the force of the ball on the bat? And you might be confused because the bat is big and the ball is small but remember for every action there's an equal and opposite reaction. Your push on the box is the action force. Whatever may be the method of application of the force, they are of only two types a push or a pull. These actions are nothing but the application of force. It balances out the force due to gravity down. Science > Physics > Force > Concept of Force When we push, pull, kick, lift, throw, flick, hit, pick, squeeze, press, inflate, open, close an object we say a force is applied on the object. And we can say that, the force is going to equal, I'm sorry we'll just say f1 is going to equal negative 2 so these forces apply in opposite directions and they cancel each other out. The term normal means anything at a right angle in math or the sciences. So if I apply a force onto an object there's a reaction force that's applied back on the force that's been applied to it okay. The close-up view involves an instant-by-instant charting of the behaviour of an object.

Motion, in physics, may be described from at least two points of view: the close-up view and the panoramic view. Let's talk about the law of action and reaction, this is also known as Newton's third law and this simply states that for every action there's an equal and opposite reaction. action, in theoretical physics, an abstract quantity that describes the overall motion of a physical system.

Action force physics science