What is pushing p?

Pushing in physics refers to the act of applying a force to an object in a direction away from the source of the force. It's a fundamental concept related to Newton's Laws of Motion, particularly the third law (action and reaction).

Here's a breakdown:

• Force: Pushing involves exerting a force on an object. Force is a vector quantity, meaning it has both magnitude (strength) and direction.
• Direction: The key aspect of pushing is that the force is directed away from the pusher.
• Contact: Typically, pushing involves direct contact between the pusher and the object being pushed. However, forces can also be applied at a distance (e.g., magnetic repulsion).
• Effect: The result of pushing can be to accelerate the object (change its velocity), deform it, or both. The specific outcome depends on the magnitude of the force and the properties of the object (e.g., its mass, stiffness).
• Related Concepts: Pushing is often contrasted with pulling, where the force is directed towards the source. It is also related to other force concepts such as friction, which can resist motion caused by a push.
• Work and Energy: When an object is pushed over a distance, work is done on the object, and its energy may change.