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Laws of motion and mutual dependence of the planets of the solar system.

The video is dedicated to the new laws of motion and mutual dependence of the planets of the solar system derived from thermodynamic processes occurring in our universe. The new law activity of a material body is in space and new education laws of the planets and galaxies in our universe give us the opportunity to thoroughly understand the mechanism of rotation of planets of the solar system in an elliptical orbit and take a fresh look at this phenomenon of nature.

From a variety of conflicting hypotheses, and the laws of the formation of the planets of the solar system is necessary to highlight the work of Johannes Kepler (1571-1630), who became the first scientific laws of planetary motion. Kepler's work made it possible to generalize the knowledge of the mechanics of that era in the form of laws of dynamics and the law of universal gravitation, formulated by Isaac Newton later. These outstanding thinkers and scientists of the time given in the right direction in the understanding of the processes occurring in our universe. However, scientific thought does not stand still, and brings about changes in the knowledge of these natural phenomena. After the discovery of new laws of planets and galaxies in our universe these scientific assumptions easily confirm new arguments. To illustrate based on the planetary model of the solar system and the interaction of all the planets of the solar system with the sun, according to new laws of planetary formation and galaxies in our universe.

For example, the new law of gravity a material body is in space, the solar (or other) system to the central star (the Sun) can determine the gravitational force of the planets of the solar system to the Sun, which can be formulated as follows:

The gravitational force of the material body is in space, the solar (or other) system to the central star (the Sun) is the product of the mass of the measured material body module of acceleration of gravity measured by the material body, the diameter of the measured material body, and inversely proportional to the distance from the surface of the Sun to the surface measuring the material body.

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the center of the star (Sun) measured from the surface of a material body, m

g и - unit of gravitational acceleration measured material body, m/s²

D и - measured diameter of the body of material, m

m и - measured weight of the material body, kg.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Mercury to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Mercury = 57910000000 m

g и - unit of acceleration of gravity of the planet Mercury = 3,70 m/s²

m и - mass of the planet Mercury = 3,330228 ∙ 10 ²³ kg

D и - the diameter of the planet Mercury = 4879400 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Venus to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Venus = 108000000000 m

g и - unit of acceleration of gravity of the planet Venus = 8,87 m/s²

m и - mass of the planet Venus = 4,8685 ∙ 10 ²⁴ kg

D и - the diameter of the planet Venus = 12103000 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun) define the gravitational force of the planet Earth, to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Earth = 150000000000 m

g и - unit of gravitational acceleration of Planet Earth = 9,80665 m/s²

m и - the mass of the planet Earth = 5,9726 ∙ 10 ²⁴ kg

D и - the diameter of the planet Earth = 12756200 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Mars to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Mars = 228000000000 m

g и - unit of acceleration of gravity of the planet Mars = 3,711 m/s²

m и - mass of the planet Mars = 6,4185 ∙ 10 ²³ kg

D и - the diameter of the planet Mars = 6792400 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), define the force of gravity of the dwarf planet Ceres to the central star (the Sun), which is located in the asteroid belt.

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the dwarf planet Ceres = 413900000000 m

g и - unit of gravitational acceleration dwarf planet Ceres = 0,27 m/s²

m и - the mass of the dwarf planet Ceres = 9,43 ∙ 10 ²⁰ kg

D и - diameter of the dwarf planet Ceres = 974600 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of Jupiter to the central star (the Sun), which refers to the planets gas giants.

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Jupiter = 778000000000 m

g и - unit of acceleration of gravity of the planet Jupiter = 24,79 m/s²

m и - mass of the planet Jupiter = 1,8986 ∙ 10 ²⁷ kg

D и - the diameter of the planet Jupiter = 142984000 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Saturn to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Saturn = 1427000000000 m

g и - unit of acceleration of gravity of the planet Saturn = 10,44 m/s²

m и - mass of the planet Saturn = 5,6846 ∙ 10 ²⁶ kg

D и - the diameter of the planet Saturn = 120536000 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Uranus to the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Uranus = 2886000000000 m

g и - unit of acceleration of gravity of the planet Uranus = 8,87 m/s²

m и - mass of the planet Uranus = 8,6832 ∙ 10 ²⁵ kg

D и – the diameter of the planet Uranus = 51118000 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Neptune, the central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Neptune = 4498000000000 m

g и - unit of acceleration of gravity of the planet Neptune = 11,15 m/s²

m и - mass of the planet Neptune = 1,0243 ∙ 10 ²⁶ kg

D и - the diameter of the planet Neptune = 49528000 m.

For example, according to the law of gravity a material body is in space, the solar (or other) system to the central star (the Sun), determine the gravitational force of the planet Pluto to a central star (the Sun).

where:

F тсо - the gravitational force of a material body is in space, the solar (or other) system to the central star (the Sun), N

Lс - distance from the central star (the Sun) to the surface of the planet Pluto = 5929000000000 m

g и - unit of acceleration of gravity of the planet Pluto = 0,58 m/s²

m и - mass of the planet Pluto = 1,305 ∙ 10 ²² kg

D и – the diameter of the planet Pluto = 2374000 m.

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◄|| The  laws  of  motion  and  the  mutual  dependence  of  the  solar  system  planets ||►

List of the most relevant scientific discoveries.

The constant of power one electron is open.

The constant of the reverse light speed is open.

The constant of the substance of outer space is discovered.

The properties and composition of the Moon are discovered.

The constant of the number of electrons in one watt is discovered.

The acceleration of free fall of bodies in space is revealed to the Solar system.

Openly refuting the theory of the slow approach of the planet Earth to the Sun.

Openly refuting the law of universal gravitation and the gravitational constant.

The refutation of Galileo's experiments on the free fall of bodies in space is open.

Evidence of the existence of a planetary model of the structure of the atom is discovered.

The refutation of the fundamental law of conservation of energy in mechanics and hydrodynamics is open.

The mathematical proofs of the behavior of falling material bodies in the space of the earth's orbit are discovered.

New laws of gravitational gravitation.

See the new law for accelerating the free fall of bodies in space.

See mathematical evidence for the behavior of falling bodies in space.

See the new law of gravitational attraction between two material bodies.

See the mechanism of formation of the gravitational forces of planet Earth.

See the new law of gravitation of one material body located in the space of the solar system.

See the new law of gravitation between two material bodies in the space of the solar system.

See the new law of the gravitational attraction of the Earth and its interaction with the falling body.

See the new law that defines the acceleration of the free fall of bodies in the space of the solar system.

The basic laws that create the movement of material bodies in an elliptical orbit.

See the new law of activity of a material body in outer space.

See the new law for accelerating the free fall of bodies in space.

See the new law of energy of a single material body in the space of the solar system.

See the new law of accelerating the free fall of bodies in the space of the solar system.

See the new law of gravitation of one material body located in the space of the solar system.

See the new law of gravitation between two material bodies in the space of the solar system.

See the new law of energy between two material bodies located in the space of the solar system.

Comments on the properties of gravitational gravitation.

See the commentary on Belashov gravity devices.

See the commentary on Belashov's antigravity devices.

See the commentary on the laws of the formation of the planets of the solar system and the galaxies of our universe.

See the commentary on the mechanisms of formation of the planets of the solar system and galaxies of our universe.

See the publication of scientific articles in journals.

See the comment about antigravity devices.

See the comment about gravitational devices.

See comment on unidentified flying objects «UFО».

See the commentary on the new theory of polyhedral dependence.

See the comment refuting the fundamental law of conservation of energy.

See the comment on the return rate constant of light, which is measured [s/m].

See the commentary on the evolutionary development of the planets of the solar system.

See commentary on the current layout of the mechanism of rotation of the planets of the solar system.

See the commentary on the laws of the formation of the planets of the solar system and galaxies of our universe.

See commentary on the mechanism of rotation of the moon satellite in an elliptical orbit around the planet Earth.

See the commentary on the mechanisms of formation of the planets of the solar system and galaxies of our universe.

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  № 2005129781 from 28 September 2005 year

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  № 2005140396 from 26 December 2005 year.