Euler-Lagrange equation  
 
  christoffel-schwarzschild  
 
  ricci-schwarzschild  
 
  Constants  
 
  Units   
 
  home  
 
  ask us  
 

 

      General Relativity



© The scientific sentence. 2010

Relativity: Schwarzschild metric: Ricci tensors




__________________


R00 =
(000) = 0
(001) = - [(g11/2)∂1g00][(g00/2)∂1g00]
(002) = 0
(003) = 0
(010) = + ∂1[(g11/2)∂1g00]0
(011) = + [(g11/2)∂1g00][(g11/2)∂1g11]0
(012) = + [(g11/2)∂1g00][(g22/2)∂1g22]0
(013) = + [(g11/2)∂1g00][(g33/2)∂1g33]0
(020) = 0
(021) = 0
(022) = 0
(023) = 0
(030) = 0
(031) = 0
(032) = 0
(033) = 0

__________________


R11 =
(100) = - [(g00/2)∂1g00][(g00/2)∂1g00]
(101) = 0
(102) = 0
(103) = 0
(110) = + [(g11/2)∂1g11][(g00/2)∂1g00]0
(111) = + ∂1[(g11/2)∂1g11]
(112) = + [(g11/2)∂1g11][(g22/2)∂1g22]0
(113) = + [(g11/2)∂1g11][(g33/2)∂1g33]0
(120) = 0
(121) = 0
(122) = - [(g22/2)∂1g22][(g22/2)∂1g22]
(123) = 0
(130) = 0
(131) = 0
(132) = 0
(133) = - [(g33/2)∂1g33][(g33/2)∂1g33]

__________________


R22 =
(200) = 0
(201) = 0
(202) = 0
(203) = 0
(210) = + [(g11/2)∂1g22][(g00/2)∂1g00]0
(211) = + [(g11/2)∂1g22][(g11/2)∂1g11]0
(212) = + ∂1[(g11/2)∂1g22]0
(213) = + [(g11/2)∂1g22][(g33/2)∂1g33]0
(220) = 0
(221) = - [(g11/2)∂1g22][(g22/2)∂1g22]
(222) = 0
(223) = 0
(230) = 0
(231) = 0
(232) = 0
(233) = - [(g33/2)∂2g33][(g33/2)∂2g33]

__________________


R33 =
(300) = 0
(301) = 0
(302) = 0
(303) = 0
(310) = + [(g11/2)∂1g33][(g00/2)∂1g00]0
(311) = + [(g11/2)∂1g33][(g11/2)∂1g11]0
(312) = + [(g11/2)∂1g33][(g22/2)∂1g22]0
(313) = + ∂1[(g11/2)∂1g33]0
(320) = 0
(321) = 0
(322) = 0
(323) = + ∂2[(g22/2)∂2g33]0
(330) = 0
(331) = - [(g11/2)∂1g33][(g33/2)∂1g33]
(332) = - [(g22/2)∂2g33][(g33/2)∂2g33]
(333) = 0


___________________

64

___________________






  


chimie labs
|
Physics and Measurements
|
Probability & Statistics
|
Combinatorics - Probability
|
Chimie
|
Optics
|
contact
|


© Scientificsentence 2010. All rights reserved.