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- Q5168005 subject Q7806727.
- Q5168005 abstract "In general relativity, the laws of physics can be expressed in a generally covariant form. In other words, the description of the world as given by the laws of physics does not depend on our choice of coordinate systems. However, it is often useful to fix upon a particular coordinate system, in order to solve actual problems or make actual predictions. A coordinate condition selects such coordinate system(s).".
- Q5168005 wikiPageWikiLink Q1002299.
- Q5168005 wikiPageWikiLink Q1093427.
- Q5168005 wikiPageWikiLink Q11452.
- Q5168005 wikiPageWikiLink Q18346.
- Q5168005 wikiPageWikiLink Q190035.
- Q5168005 wikiPageWikiLink Q2045231.
- Q5168005 wikiPageWikiLink Q214070.
- Q5168005 wikiPageWikiLink Q242188.
- Q5168005 wikiPageWikiLink Q2621284.
- Q5168005 wikiPageWikiLink Q2638561.
- Q5168005 wikiPageWikiLink Q273711.
- Q5168005 wikiPageWikiLink Q3492725.
- Q5168005 wikiPageWikiLink Q388829.
- Q5168005 wikiPageWikiLink Q464794.
- Q5168005 wikiPageWikiLink Q51501.
- Q5168005 wikiPageWikiLink Q550929.
- Q5168005 wikiPageWikiLink Q722878.
- Q5168005 wikiPageWikiLink Q742969.
- Q5168005 wikiPageWikiLink Q757269.
- Q5168005 wikiPageWikiLink Q7806727.
- Q5168005 wikiPageWikiLink Q832289.
- Q5168005 wikiPageWikiLink Q847816.
- Q5168005 wikiPageWikiLink Q855112.
- Q5168005 wikiPageWikiLink Q898619.
- Q5168005 comment "In general relativity, the laws of physics can be expressed in a generally covariant form. In other words, the description of the world as given by the laws of physics does not depend on our choice of coordinate systems. However, it is often useful to fix upon a particular coordinate system, in order to solve actual problems or make actual predictions. A coordinate condition selects such coordinate system(s).".
- Q5168005 label "Coordinate conditions".