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- 17:13, 17 July 2010 diff hist +195 User:Jaycall/T3 Coordinates/Special Case →Coordinate Transformations: Added definitions in terms of \Lambda
- 16:49, 17 July 2010 diff hist +159 m User:Jaycall/T3 Coordinates/Special Case Added headings
- 16:44, 17 July 2010 diff hist −6 m User:Jaycall/T3 Coordinates/Special Case Corrected coordinate transformation
- 20:16, 15 July 2010 diff hist +920 User talk:Jaycall →Two Views of Equation of Motion
- 00:55, 15 July 2010 diff hist +27 User talk:Jaycall →Two Views of Equation of Motion
- 00:50, 15 July 2010 diff hist +53 User talk:Jaycall →Two Views of Equation of Motion
- 00:47, 15 July 2010 diff hist +878 User talk:Jaycall →Two Views of Equation of Motion
- 17:14, 14 July 2010 diff hist +1,628 User:Tohline/Appendix/Ramblings/T3CharacteristicVector Thoughts on integration
- 16:40, 14 July 2010 diff hist +394 User:Jaycall/T3 Coordinates/Special Case Added conserved quantity
- 16:10, 14 July 2010 diff hist −12 m User:Jaycall/T3 Coordinates/Special Case Eliminated unphysical root
- 16:02, 14 July 2010 diff hist +1,310 User:Jaycall/T3 Coordinates/Special Case Added partials of scale factors
- 15:38, 14 July 2010 diff hist +2 m User:Jaycall/T3 Coordinates/Special Case Fixed typo
- 16:11, 12 July 2010 diff hist +1,158 User:Tohline/Appendix/Ramblings/T3CharacteristicVector Added section on conserved quantity specific to T3 coordinates
- 15:27, 12 July 2010 diff hist +7 m User:Jaycall/KillingVectorApproach →Killing Vector Approach to Integrals of Motion Problem
- 15:23, 12 July 2010 diff hist +1,414 User:Jaycall/KillingVectorApproach
- 20:58, 10 July 2010 diff hist +227 User talk:Jaycall →Special Quadratic Case
- 20:29, 10 July 2010 diff hist +314 User talk:Jaycall →Logarithmic Derivatives of T3 Scale Factors
- 15:49, 11 June 2010 diff hist +93 m User talk:Jaycall →Two Views of Equation of Motion: Response to explanation of method for determining position vector in T3 coordinates
- 18:06, 9 June 2010 diff hist +6,821 N User:Jaycall/T3 Coordinates/Special Case Created page with 'If the special case <math>q^2=2</math> is considered, it is possible to invert the coordinate transformations in closed form. The coordinate transformations and their inversions…'
- 16:39, 9 June 2010 diff hist +870 m User talk:Jaycall →Two Views of Equation of Motion: Response to question about degree of generalized for T3 coordinate relations