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The video to refute the law of conservation of energy.
Abstract. The article is devoted to refuting the basic fundamental law of physics - the law of conservation of energy, according to which the most important physical quantity is the energy in a closed system does not arise and disappear , but only converted from one form to another and preserved in time . Improper understanding of the formation of the most energy in the space of the universe due to the fact that Isaac Newton, who in 1687 XYII century for the first time clearly formulated in mathematical form of the law of gravity between two material bodies do not take into account the problematic relationship between space-time and matter. In order to thoroughly examine this phenomenon should take a new look not only at the time , strength , performance and energy conservation , but also the energy of material bodies themselves are located in space.
The term energy first appeared in the works of Aristotle. Energy - a scalar physical quantity that is a common measure of the various forms of movement and interaction of matter, a measure of the transfer movement of matter from one form to another. The introduction of the concept of energy was convenient in that case, if a physical system is closed, then its energy is conserved in time. This statement is now called the law of conservation of energy. Since the law of conservation of energy is not related to specific values and events, and reflects the general, applicable everywhere and always, the law, it can not call the law, and the principle of conservation of energy. However, there are a lot of unexplained things and contradictions of this phenomenon, which refute this claim.
From a fundamental point of view of energy is the integral of motion related, according to Noether's theorem with the homogeneity of time, that is independent of the laws of physics from the time at which the system is considered. However, there is a complex and inexplicable moment in the knowledge of this phenomenon, namely, whether the units of physical quantities will be expressed by the homogeneity of time and who will set a benchmark when it starts the process of time homogeneity. It looks strange, but as the laws of physics can be considered separately from the time when in many physical quantities of time is an essential part of this process.
Distorted understanding of the processes taking place in the space of the universe over time leads to a false understanding of the value itself time homogeneity . Keep in mind that space - the distance separating the two points where this gap is something . When considering any hypothesis , such as the mechanism of the formation of planets and galaxies in our universe must first of all proceed from the fact that space and time are infinite. For who would dare to say where one begins and the space of the universe must point to a reference point of time to address this space. However, he will have to report that is outside the space in question , because no one knows where the start time and the end of the space . To investigate any space you can select any portion of the space , and depending on the class of accuracy to assign him any time period for the study, which will have a natural zero for the initial frame. The unit can be taken any time period or any segment of the distance being in space. For example , we can take a certain distance in the space and ask him a reference point of time, that will satisfy our class accuracy. After all, no one is surprised that the measurement of distances on land is usually measured in kilometers and the sea , this value is measured in miles. Now nobody is surprised that the computer processor performs one second multi-million operations. In this case, the already minimal unit of measurement of one second is very rough , as it does not allow us to determine the accuracy of the transactions performed within ± 10 Hz.
Having considered briefly controversial understanding of the uniformity of time, go to the force, which in the International System of Units unit of force adopted the force that the body mass of 1 kg accelerates a 1 m/s². This unit is called Newtons (N):
However, materials of many textbooks, the authors of these books avoid the question of the origin of force and do not explain the reason for its occurrence, but only states (say, so it is accepted by the scientific community), that the force that the body mass of 1 kg accelerates a 1 m/s² = 1 Newton. In this case it is necessary to publish not only work, but also the names of the authors, who represent this community.
The answer to this question can only be obtained after the discovery of the mechanism of formation of the gravitational forces of the new law and the acceleration of falling bodies in space.
The strength of a physical quantity is determined by its magnitude, direction and point of application. The amount of force is practically measured in weight units (grams, kilograms, tonnes). The direction of the force coincides with the direction of the movement that this force would tell the body that comes before the application of the force at rest.
Power graphically vector - a segment whose beginning is at the point of application of force. Indicated by the arrow direction coincides with the direction of the force and the length is a certain amount of force scale.
The point of application of force acting on a fulcrum may be no change of the force taken anywhere on the line coinciding with the direction of force (so-called "line of force").
In order to make some operation with the material body needs time, which can be characterized as a measure of the period. Time, if it purports to measure the applied force must be the same as the force vector, as any job can be accomplished in any period of time in which there is a natural zero - start inertial motion.
We will open a new law of acceleration of falling bodies in space, so you can find the acceleration of falling bodies on any planet in the solar (or other) system.
The law of acceleration of falling bodies in space, can be formulated as follows:
Module gravitational acceleration of bodies in space root sum square of the velocity of rotation of the outer shell along the circumference of the equatorial radius of the material of the body in one direction and the velocity of rotation of the inner shell core material body directed in the opposite direction, along the midline of the intermediate layer, the difference of the equatorial radius of the outer shell the material body and the radius of the inner lining of the material body to the middle line of the intermediate layer to the amount of distance over the external material body, or the difference of distance within the material of the body from the surface of the sea level at the equator.
V эк - the rotational speed of the outer shell of the Earth's crust along the circumference of the equator counterclockwise m/s
V пс - speed upper core Earth midline interlayer clockwise m/s
h - height measurements from sea level at the equator to the surface of the material body, m
R пс - outer radius of the Earth to the midline of the intermediate layer, m
g - unit of gravitational acceleration of bodies in space, m/s²
R э - Earth's equatorial radius, m
For example, the law of acceleration of falling bodies in space, we define the unit of acceleration of falling bodies at the equator.
g - module is the acceleration of gravity, m/s²
h - height above sea level at the equator = 0, m
R э - earth's equatorial radius = 6378160 m
R пс - the radius of the outer shell of the Earth to the center line of the intermediate layer = 6290910 m
V эк – the speed of rotation of the lithosphere - the hard shell of the Earth around the circumference of the equator counterclockwise = 465,10330531127328447687882460188 m/s
V пс - speed upper core Earth midline interlayer clockwise 458,74092754269918253045420097272 = m/s.
Now, after the discovery of the formation mechanism of acceleration of falling bodies in space can be partially agree with the opinion of the scientific community, which argues that the strength of the body mass of 1 kg accelerates a 1 m/s² = 1 N. However, in this definition are all forces that acting on a material body. Any force is a vector quantity, so let's look at a popular form of the mechanism of formation of other forces that act on a material body.
For example, in FIG. 1 shows the material body postures. 1 having a weight of 1 kg, which is fixedly located in the world. This body even though it is still on Earth, but it is constantly in motion, together with the surface of the planet, whose vector is directed counterclockwise, Pos. 2. At the equator, this speed 465,10330531127328447687882460188 = m/s. At the poles, where there is no gravitational acceleration of bodies in space, this rate varies from 1 to several tens of meters, depending on the distance from the axis of rotation of the planet.
In addition to the material body is still located on the Earth constantly have an effect other forces:
- strength of the gravitational acceleration of bodies in space = 9,80665 m/s², position 3,
- the gravitational force between two material bodies are in space, position 4.
- weight of the column of air is above the material body, item 5.
It should be noted that the new law has the force of gravity between two material bodies that are in the space replaces the outdated law of universal gravitation Isaac Newton, where the previous law of gravity does not take into account many of the problematic relationship between space-time and matter.
The law of gravity between two material bodies that are in the solar space (or other) systems can be formulated as follows:
The gravitational force between two material bodies are in space solar (or other) system is equal to the sum of the product of the material of the body weight of the first module in the acceleration of free fall of the first material of the body, the second product of the mass of the material body to the module of acceleration due to gravity of the material body and the second product of the square of the distance from the surface the first material body to the surface of the second body of material, and inversely proportional to the product of twice the distance from the surface of the sun to the body surface of the first material and the distance from the surface of the sun to the surface of the second body of material.
F тс - the gravitational force between two material bodies that are in the space of the solar system, N
L м - distance from the surface of the first material body to the surface of the second body of material, m
L с1 - distance from the Sun to the surface of the first material body, m
L с2 - distance from the Sun to the second surface of the material body, m
g 1 - unit of gravitational acceleration of the first material of the body, m/s²
g 2 - unit of gravitational acceleration of the second material of the body, m/s²
m 1 - mass of the first body of material, kg
m 2 - mass of the second body of material, kg.
For example, the law of gravity between two material bodies that are in the solar space (or other) systems define the gravitational force of passive material body having a mass of 1 kg of the active planet Earth, which has no air cover, on the equator.
F тс - the gravitational force between two material bodies that are in the solar space (or other) system, N
L смт - distance from the Sun to the surface of a body of material found on the surface of planet Earth = 149600000000 m
g з - acceleration of free fall of bodies in space at the equator of the planet Earth = 9,80665 m/s²
g мт - the acceleration of falling bodies passive material body = 0,00 m/s²
L сз - distance from the Sun to the Earth's surface = 149600000000 m
L м - distance from the earth to the surface of the material body 1 = m
m з - mass of the Earth = 5973600000000000000000000 kg
m мт - passive material body weight = 1 kg.
◄|| The refutation of the law of conservation of energy ||►
List of the most relevant scientific discoveries.
The cosmic space is a thermodynamic self-regulating energy system that, in the course of its work, creates not only the substance of outer space, which has its composition, its mass and density, but also the acceleration of the free fall of bodies in space around all the stars, galaxies and constellations of our universe. The substance of outer space and the acceleration of the free fall of bodies in space closely interacts with the forces of gravity and energy between active and passive material bodies. The field of the discovery of a new law defining the strength of the substance of outer space between the measured material body and the Sun, the discovery of a new law that determines the acceleration modulus free fall of bodies in the space of the solar system, the mechanism of rotation of the planets and galaxies of our Universe by elliptical orbit. The mechanism of the origin of the forces of the planets and galaxies of our Universe moving in an elliptical orbit occurs in the cosmic substance and depends on the degree of activity of material bodies, their density, volume, acceleration of free fall of bodies in space, gravitational forces and energy between active or passive material bodies. When the position of one material body in the space along the the relation to another material body will change not only the gravitational force of this material body, but also its energy. The new laws give us Possibility of deeper understanding of the mechanism of rotation of planets and galaxies of our Universe in elliptical orbit.
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 № 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.