STATEMENT-1 : The electrostatic force is much stronger than the gravitational force. STATEMENT-2 : Electrostatic force can be attractive or repulsive.
The solution is characterized by an everywhere singular metric. The gravitational force is repulsivedoi:10.1007/bf01809587Munaim A. MashkourKluwer Academic PublishersInternational Journal of Theoretical Physics
force of gravitational repulsionWe demontrate that in the relativistic theory of gravity, the time dilation in comparison with the inertial time results in repulsive forces that remove the cosmological singularity in the evolution of a homogeneous, isotropic Universe and stop the collapse of a large ...
gravitation•However, theparallelbetween alinearaccelerationandgravitationis conceptuallysimpler.•Isaac Newtonsolvedthefinalproblem in the Copernicanhypothesisbydemonstratingthat planetarymotionwas caused bygravitation.•It isinterestingtocontrastgravitationwith the otherlong-rangeforce ofnature-electromagnetism.•...
such thing as a repulsive gravitational force. Gravitational forces between any and all objects in the universe is always attractive. In vector form, attractive forces are always negative but for magnitude's sake, we can remove the negative sign. The magnitude of the gravita...
The gravitational force is the force that acts between the two objects due to their masses. This force is inversely proportional to the square of the distance between the masses. The gravitational force is proportional to the product of the two masses....
握力 wò lì (strength of one's) grip 效力 xiào lì effectiveness; positive effect; to serve (in some capacity) 斥力 chì lì repulsion (in electrostatics); repulsive force 无力 wú lì powerless; lacking strength 智力 zhì lì intelligence; intellect 暴力 bào lì force; violence; vi...
And this vibration is caused by the gravitational and repulsive forces that coexist between the Earth and the Sun. If the gravitational force between the Earth and the Sun can still be described by Newton's law of universal gravitation, then F_g=GmM/r^2 (3) Universal gravity is equal to...
That repulsive force, acting in the inverse ratio of the volume of matter (or of the cube of the distance), just as Newtonian gravitation acts in the inverse ratio of the surface (or as the square of the distance), takes its immediate development, and to some extent visible shape, in ...
This appears to show an apparently repulsive gravitational force, a rather odd result. The force is, of course, attractive. 9. The group included Paul Boynton, who had reported both positive and negative earlier results on the Fifth Force. Boynton’s later negative results were regarded as supe...