Gravity And Inertial Mass Theory

Gravitational mass and inertial mass A theory of its relationship Using one mass as an example 1. Zero acceleration or a constant velocity is defined as a state of stability of the mass. 2. Energy and mass are related to acceleration. When acceleration increases, energy increases while mass decreases ( E=MC2 ) and acceleration decreases, energy decrease and mass increases. 3. A)Energy and acceleration are directly related. When one increases so does the other. And when one decreases so does the other. B) mass is inversely related to both energy and acceleration. Is there a energy/acceleration ratio? Is acceleration exponentially related to energy? Acceleration definition 4. Acceleration is a straight line force of increasing or decreasing nature. At zero acceleration ceases to exist. 5. Energy is a phasing energy/matter force of increasing and decreasing nature. 6. Mass is a inversely related to energy relative to acceleration changes. it has straight line force and phasing energy force. Phasing energy/matter

force can be defined as change of state.

7. Velocity is a stable state of mass and energy. 8. Velocity is a state of

zero time frame reference to mass/energy.

9. Acceleration is a state of time sequence reference to mass/energy. Stability of matter MV = AE where V can equal c2 . the speed of light squared is the definition of zero. Zero acceleration. Mass/energy ratio is constant. Instability of matter (phasing energy/matter ) MV=AE where V is in a constant change of state relative to acceleration. Increasing acceleration and velocity are equal. Where M = E defining the C2 or speed of light squared.