value relativity - traducción al ruso
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value relativity - traducción al ruso

PRINT BY M. C. ESCHER
Relativity (painting); Relativity (lithograph); Relativity (M.C. Escher)

value relativity      
ценностная относительность; соотнесение социологического знания с ценностями, а ценностей - с определенным социальным содержанием.
special theory of relativity         
  • Figure 5–4. Comparison of the measured length contraction of a cube versus its visual appearance.
  • Figure 10–3. Concentric spheres, illustrating in 3-space the null geodesics of a 4-dimensional cone in spacetime.
  • Figure 6-2. Newtonian analysis of the elastic collision of a moving particle with an equal mass stationary particle
  • Figure 5–1. Highly simplified diagram of Fizeau's 1851 experiment.
  • Figure 2–1. The primed system is in motion relative to the unprimed system with constant velocity ''v'' only along the ''x''-axis, from the perspective of an observer stationary in the unprimed system. By the [[principle of relativity]], an observer stationary in the primed system will view a likewise construction except that the velocity they record will be −''v''. The changing of the speed of propagation of interaction from infinite in non-relativistic mechanics to a finite value will require a modification of the transformation equations mapping events in one frame to another.
  • M87]] streams out a black-hole-powered jet of electrons and other sub-atomic particles traveling at nearly the speed of light.
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  • Figure 6-3. Relativistic elastic collision between a moving particle incident upon an equal mass stationary particle
  • 1=''v'' = −0.5''c''}} with respect to '''O''', the events occur in the order A, B, C. The white lines, the ''lines of simultaneity'', move from the past to the future in the respective frames (green coordinate axes), highlighting events residing on them. They are the locus of all events occurring at the same time in the respective frame. The gray area is the [[light cone]] with respect to the origin of all considered frames.
  • Figure 4–3. [[Light cone]]
  • Figure 10–2. Three-dimensional dual-cone.
  • Figure 5–2. Illustration of stellar aberration
  • Figure 5–5. Comparison of the measured length contraction of a globe versus its visual appearance, as viewed from a distance of three diameters of the globe from the eye to the red cross.
  • Figure 5–3. Transverse Doppler effect for two scenarios: (a) receiver moving in a circle around the source; (b) source moving in a circle around the receiver.
PHYSICAL THEORY OF MEASUREMENT IN AN INERTIAL FRAME OF REFERENCE PROPOSED IN 1905 BY ALBERT EINSTEIN
Special theory of relativity; Special Relativity; Specialrelativity; Time-Space Conversion Ratio; Theoretical total mass-energy; Sqecial relativity; Consequences of special relativity; Introduction to special relativity; Special Theory of Relativity; Principle of Special Relativity; Principle of special relativity; Theory of special relativity; Special relativity for mathematicians; Special relativity (simplified); Theory of Special Relativity; Special relativity for beginners; Introduction to Special Relativity; Introduction to Special relativity; Consequences of Special Relativity; Intro to special relativity; Einstein's Special Theory Of Relativity; Einstein's Special Theory of Relativity; Theory Of Special Relativity; Relativistic velocities; Super-classical limit; Special theory of Relativity; Introduction to the special theory of relativity; Introduction to special theory of relativity; Special Rel; The Special Theory of Relativity; Einsteinian speed limit; Cosmic speed limit; Special Relativty

[speʃ(ə)lθi(ə)riəvrelə'tiviti]

физика

специальная теория относительности

general relativity         
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  • compactifying]] the extra dimensions posited by string theory
  • [[Einstein cross]]: four images of the same astronomical object, produced by a gravitational lens
  • According to general relativity, objects in a gravitational field behave similarly to objects within an accelerating enclosure. For example, an observer will see a ball fall the same way in a rocket (left) as it does on Earth (right), provided that the acceleration of the rocket is equal to 9.8&nbsp;m/s<sup>2</sup> (the acceleration due to gravity at the surface of the Earth).
  • The ergosphere of a rotating black hole, which plays a key role when it comes to extracting energy from such a black hole
  • Schematic representation of the gravitational redshift of a light wave escaping from the surface of a massive body
  • Ring of test particles deformed by a passing (linearized, amplified for better visibility) gravitational wave
  • Observation of gravitational waves from binary black hole merger GW150914
  • LISA]]
  • This blue horseshoe is a distant galaxy that has been magnified and warped into a nearly complete ring by the strong gravitational pull of the massive foreground luminous red galaxy.
  • [[Light cone]]
  • Deflection of light (sent out from the location shown in blue) near a compact body (shown in gray)
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  • Minkowski universe]]
  • Newtonian (red) vs. Einsteinian orbit (blue) of a lone planet orbiting a star. The influence of other planets is ignored.
  • Simple [[spin network]] of the type used in loop quantum gravity
  • Simulation based on the equations of general relativity: a star collapsing to form a black hole while emitting gravitational waves
STANDARD AND CLASSICAL PHYSICS THEORY OF GRAVITY AND SPACE.
General Relativity; General theory of relativity; Theory of General Relativity; Theory of general relativity; General Theory of Relativity; Warping of space by gravity; User:Ems57fcva/sandbox/General relativity 2; General relativity resources; User:Ems57fcva/sandbox/General relativity resources; Curved space-time; Objections to general relativity; Warping spacetime; General relativity theory; General Theory Of Relativity; Curvature of space-time; Curvature of spacetime; Curvature of space time; Spacetime curvature; Space time curvature; Space-time curvature; Curved space time; Einstein's general theory of relativity; Spatial curvature; Observer (physics); Observer (general relativity); Observer (relativity); Einstein's general relativity; General Relativity Theory; Einstein's elevator experiment; Warped spacetime; General relativistic; General relativist
общая теория относительности

Definición

value added
¦ noun Economics
1. the amount by which the value of an article is increased at each stage of its production, exclusive of initial costs.
2. the addition of features to a basic line or model for which the buyer is prepared to pay extra.

Wikipedia

Relativity (M. C. Escher)

Relativity is a lithograph print by the Dutch artist M. C. Escher, first printed in December 1953. The first version of this work was a woodcut made earlier that same year.

It depicts a world in which the normal laws of gravity do not apply. The architectural structure seems to be the centre of an idyllic community, with most of its inhabitants casually going about their ordinary business, such as dining. There are windows and doorways leading to park-like outdoor settings. All of the figures are dressed in identical attire and have featureless bulb-shaped heads. Identical characters such as these can be found in many other Escher works.

In the world of Relativity, there are three sources of gravity, each being orthogonal to the two others. Each inhabitant lives in one of the gravity wells, where normal physical laws apply. There are sixteen characters, spread between each gravity source, six in one and five each in the other two. The apparent confusion of the lithograph print comes from the fact that the three gravity sources are depicted in the same space.

The structure has seven stairways, and each stairway can be used by people who belong to two different gravity sources. This creates interesting phenomena, such as in the top stairway, where two inhabitants use the same stairway in the same direction and on the same side, but each using a different face of each step; thus, one descends the stairway as the other climbs it, even while moving in the same direction nearly side by side. In the other stairways, inhabitants are depicted as climbing the stairways upside-down, but based on their own gravity source, they are climbing normally.

Each of the three parks belongs to one of the gravity wells. All but one of the doors seem to lead to basements below the parks. Though metaphysical possible, such basements are certainly unusual and add to the surreal effect of the picture.

¿Cómo se dice value relativity en Ruso? Traducción de &#39value relativity&#39 al Ruso