Author:
Hoffman, Kenneth Paul
Category:
Research Papers
Date Published:
June 12, 2022
Keywords:
Newton, Newton's Laws, Newton's 3rd Law, Acceleration, Inertia, Linear acceleration, Gravity, Gravity Field, Gravitational Mass, Inertial Mass, Free Fall, Zero G, Force of Gravity
Abstract:
A falling object in Earth’s Gravity is subject to more than the Force (FG) generated by the Gravitational Mass (GM or MG) emanating from the planet’s consolidated matter isotropic gravity force field. A different perspective given here does not change what is observed but offers an alternative detailed explanation as to what is happening to give a clearer understanding of the phenomenon. That falling object of Inertial Mass (IM or Im) is also experiencing the effect indicated be Newton’s force equation and his 3rd Law but has been misunderstood and dismissed by traditional physics. A falling accelerating object, an Inertial Mass, is a recipient of an Inertia Force (IF) emerging from the Gravity Energy Field of Space itself as a response to the acceleration of mass in addition to the recognized classical Newtonian gravity force. A person in free-fall stops feeling his weight only because he is not at a fixed coordinate point.
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