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## A constant amount of electrons in one watt.
Electricity - a set of phenomena due to the existence, movement and interaction of electrically affected bodies or particles. Interaction of electric charges by using gravitational forces, and the electromagnetic field energy. The laws of classical theory of electricity cover a huge collection of electromagnetic processes. The equations formulated by James Clerk Maxwell on the basis of the accumulated by the middle of the XIX century of experimental results, have played a key role in the development of concepts in theoretical physics. An invaluable contribution to the foundation of electrical phenomena was made by the Dutch physicist Hendrik Lorentz, who in 1892 led the force with which classical physics electromagnetic field acts on a point charged particle. Macroscopic manifestation of the Lorentz force is the force of Ampere. However, these findings do not provide a complete understanding of the motion of charged particles in the conductor. Charged particles moving streams in different media at different speeds, where it is necessary to understand the mechanism of occurrence and difference. For example, one Ampere force can not be explained as an incandescent lamp of 60 W at a voltage of 12 V consumes 5 A. At the same time the power plant at a voltage of 220 V also consumes a current of 5 A, but its power already is 1100 watts. Physicists sometimes difficult to explain the value of the most current, especially when it is expressed as a pendant. A constant amount of electrons in one watt and new laws of electrical and electronic phenomena are based on the reverse constant speed of light, given another point of view, and a new approach to measuring the voltage, current, resistance or power source of the electric signal. With these laws, you can understand how the charged particles pass through the different environments that have different acceleration or deceleration. These laws confirm mutual dependence relationship between the opening force mechanism of interaction of two point charges located in vacuo and the power source of the electric charge passing through the conductor and an electric charge movement speed at a given point of the trajectory which have been formulated using reverse rate constant light. This interpretation only became possible after the discovery of the new law determining the number of active electrons passing through a conductor with the power source of the electrical signal. We know that the electron is negatively charged elementary particle having: From the planetary model, which is confirmed by the new laws of atomic structure of physics we know that the electron charges can be active or passive. The electrical power of passive electrons create an electric charge, which is then transformed into a power source. Active electrons forces using electric charge moves through a conductor and creating an electric current. The amount of electricity consisting of passive and active electronic performs work for a certain amount of time. To simplify calculations, the amount of electricity charge of a single electron from the pendants will translate into amperes per second, as a pendant - the magnitude of the charge passed through a conductor when a current of one ampere per second. Define the amount of movement of electric charge, which is a vector pulse and measure mechanical movement.
where: - momentum vector mechanical motion of one electron = 1 m/s - vector of momentum of one electron, kg ∙ m/s m - the mass of a single electron = 9,10938356 ∙ 10 To determine a single electron constant power necessary to make a series of calculations based on the new laws on the back of the speed of light constant. The new law defines the strength of the electric charge can be formulated as follows: The strength of the electric charge is directly proportional to the product of the amount of motion of an electron on the back of the speed of light constant and the gravitational acceleration of bodies in space.
where: Fe - the strength of the electric charge, N - vector of momentum of one electron, kg ∙ m/s Бл - constant feedback speed of light on the Earth or in space, s/m g- acceleration of free fall of bodies in space, on Earth or in space, m/s² With the new law, define the strength of the electric charge on the planet Earth, which is the acceleration of free fall of bodies in space.
where: Fe - the strength of the electric charge on the planet Earth, N - vector of momentum of one electron = 9,10938356 ∙ 10 Бл - reverse rate constant light Planet Earth = 0,10197162129779282425700927431885 s/m g - acceleration of free fall of bodies in space on planet Earth = 9,80665 m/s². With the new law, define the strength of the electric charge in space, where there is the gravitational acceleration of bodies in space.
where: Fe - the strength of the electric charge in space, N Бл - constant feedback speed of light space = 1 s/m g - acceleration of free fall of bodies in space = 0,00 m/s ²
- vector of momentum of one electron = 9,10938356 ∙ 10 We define the difference between the strength of the electric charge on the planet Earth and the power of the electric charge is in outer space. When calculations of strength of the electric charge being on the planet Earth and the force of the electric charge is in outer space, there is a slight difference. ◄||
◄|| ## List of the most relevant scientific discoveries.
## New laws of gravitational gravitation.
## The basic laws that create the movement of material bodies in an elliptical orbit.
## Comments on the properties of gravitational gravitation.
See the description of new laws and mechanisms for the formation of the planets of the solar system and galaxies of our universe in the description of the application for invention See the description of new laws and mechanisms for the formation of the planets of the solar system and galaxies of our universe in the description of the application for invention |