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New Theories / A hypothesis: Time interval between a force and its reaction
« on: 15/03/2023 16:31:00 »
According to Newton's third law if an object A exerts a force F on an object B then object B exerts the same force F on object A.
The time between a force and its reaction is the time interval that occurs between the event the force F exerts on B and the event the force F exerted on A by object B.
So I exert force on a chair by my hand after some time the chair will exert force on my hand, it is meaningless that the processes happens with zero time because there are actually two different events occur.
If I push a chair the response by the chair on my hand needs some time to occur it cannot be 0 seconds. Action and reaction is a physical process there must be time interval between the two events.
The time between a force and its reaction is the time interval that occurs between the event the force F exerts on B and the event the force F exerted on A by object B.
So I exert force on a chair by my hand after some time the chair will exert force on my hand, it is meaningless that the processes happens with zero time because there are actually two different events occur.
If I push a chair the response by the chair on my hand needs some time to occur it cannot be 0 seconds. Action and reaction is a physical process there must be time interval between the two events.