Weight and weightlessness

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Corresponding Wikipedia article: Weight, Weightlessness


The weight of a body is the sum of gravitational and inertial forces, which affects every particle of the body.

The weightlessness is absence of the gravity or its uniform compensation for each particle of the body.

The free fall is the gravitational pressure compensation (the weightlessness) by a motion with the gravitational acceleration.

The gravitational anomaly in a form of the aetheric flow alters the gravity vector and the weight of the bodies, which are located inside these flows, up to the weightlessness and the "negative weight".

The g-force is a mechanical stress within the body, which is caused by its accelerated motion by the contact forces of a supporting surface. The g-force is canceled during the accelerated motion without support, that is, during the free motion in the aetheric flow with an uniform force field.

See also


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