Matches in DBpedia 2014 for { <http://dbpedia.org/resource/Introduction_to_mathematics_of_general_relativity> ?p ?o }
Showing triples 1 to 23 of
23
with 100 triples per page.
- Introduction_to_mathematics_of_general_relativity abstract "The mathematics of general relativity are very complex. In Newton's theories of motions, an object's length and the rate of passage of time remain constant as it changes speed. As a result, many problems in Newtonian mechanics can be solved with algebra alone. In relativity, on the other hand, length, and the passage of time change as an object's speed approaches the speed of light. The additional variables greatly complicate calculations of an object's motion. As a result, relativity requires the use of vectors, tensors, pseudotensors, curvilinear coordinates and many other complicated mathematical concepts.All the mathematics discussed in this article were understood before the proposal of Einstein's general theory of relativity.For an introduction based on the specific physical example of particles orbiting a large mass in circular orbits, see Newtonian motivations for general relativity for a nonrelativistic treatment and Theoretical motivation for general relativity for a fully relativistic treatment.".
- Introduction_to_mathematics_of_general_relativity thumbnail Vector_by_Zureks.svg?width=300.
- Introduction_to_mathematics_of_general_relativity wikiPageID "6719257".
- Introduction_to_mathematics_of_general_relativity wikiPageRevisionID "599455052".
- Introduction_to_mathematics_of_general_relativity hasPhotoCollection Introduction_to_mathematics_of_general_relativity.
- Introduction_to_mathematics_of_general_relativity subject Category:Concepts_in_physics.
- Introduction_to_mathematics_of_general_relativity subject Category:General_relativity.
- Introduction_to_mathematics_of_general_relativity type Abstraction100002137.
- Introduction_to_mathematics_of_general_relativity type Cognition100023271.
- Introduction_to_mathematics_of_general_relativity type Concept105835747.
- Introduction_to_mathematics_of_general_relativity type Content105809192.
- Introduction_to_mathematics_of_general_relativity type FundamentalPhysicsConcepts.
- Introduction_to_mathematics_of_general_relativity type Idea105833840.
- Introduction_to_mathematics_of_general_relativity type PsychologicalFeature100023100.
- Introduction_to_mathematics_of_general_relativity comment "The mathematics of general relativity are very complex. In Newton's theories of motions, an object's length and the rate of passage of time remain constant as it changes speed. As a result, many problems in Newtonian mechanics can be solved with algebra alone. In relativity, on the other hand, length, and the passage of time change as an object's speed approaches the speed of light. The additional variables greatly complicate calculations of an object's motion.".
- Introduction_to_mathematics_of_general_relativity label "Introduction to mathematics of general relativity".
- Introduction_to_mathematics_of_general_relativity sameAs m.0gkc96.
- Introduction_to_mathematics_of_general_relativity sameAs Q6058963.
- Introduction_to_mathematics_of_general_relativity sameAs Q6058963.
- Introduction_to_mathematics_of_general_relativity sameAs Introduction_to_mathematics_of_general_relativity.
- Introduction_to_mathematics_of_general_relativity wasDerivedFrom Introduction_to_mathematics_of_general_relativity?oldid=599455052.
- Introduction_to_mathematics_of_general_relativity depiction Vector_by_Zureks.svg.
- Introduction_to_mathematics_of_general_relativity isPrimaryTopicOf Introduction_to_mathematics_of_general_relativity.
