List of publications on a keyword: «velocity»

The proposed article is a study of the problem of the equilibrium of the forces of attraction and repulsion, the dominant basis of all physical processes of the universe. The research was carried out using a model of the interaction of matter with space. As a result of their implementation, logically justified explanations of the equilibrium of attraction and repulsion of electric charges are given on the example of the hydrogen atom. logically justified answers of the hydrogen atom and stable stability are given. The mechanism of stable stability of the position in the orbit of the planet Earth during its orbit around the Sun is presented in a new way. The reasons for slowing down the speed of spacecraft when they leave the solar system are revealed.

The article deals with the issue of optimizing the parameters of a non-driving rotary agitator to ensure high-quality operation of the unit and determines the rational values of the studied parameters in terms of the power intensity of the process.

The question concerning the existence of the gravitational force of Galaxies is put in doubt by the authors of the article. The article deals with the fact that gravity is mutual magnitude, if the mass of one of the bodies is close to zero, and the force of gravity common to the two bodies tends to zero. One body does not have gravity. Also, in the article, the authors attempt to prove that the Sun and Jupiter have a huge force, since they are massive bodies in themselves and they also move at low speeds. The authors come to the conclusion that if the Galaxy had gravity, all its stars would have been knocked together long ago. The authors also prove that friction forces always exist. And the frictional forces prevent even rectilinear motion by inertia, the body will stop, continuing to rotate around its axis, if the body has satellites. The authors emphasize that if the body moves, it means that there is someone who moves now, or there is, or was someone who moved before, and it, those-lo, moves by inertia.