| Topic: |
Science > Physics |
| User: |
"NILS BÖRJESSON" |
| Date: |
20 Mar 2006 08:31:06 AM |
| Object: |
Perihelium motion given by GR and by SR |
THE perihelium advancment for a orbiting body
In one orbit is given by GR to:
24.PI^3.a^2/T^2/c^2/(1-e^2)
IF ONE calculate it with the force equation:
f=m0/L.M.G/R^2 AND f=(m0/L.v)'
L is the LORENTZFACTOR!!!!!!!!!!!!!!
ONE GET IN THE limit:
8.PI^3.a^2/T^2/c^2/(1-e^2)
This SR value is a third of THE GR VALUE.
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| User: "" |
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| Title: Re: Perihelium motion given by GR and by SR |
20 Mar 2006 01:20:02 PM |
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NILS B=D6RJESSON wrote:
THE perihelium advancment for a orbiting body
In one orbit is given by GR to:
24.PI^3.a^2/T^2/c^2/(1-e^2)
IF ONE calculate it with the force equation:
f=3Dm0/L.M.G/R^2 AND f=3D(m0/L.v)'
L is the LORENTZFACTOR!!!!!!!!!!!!!!
ONE GET IN THE limit:
8.PI^3.a^2/T^2/c^2/(1-e^2)
This SR value is a third of THE GR VALUE.
Maybe, but what about the advancement of the parahydrogen?
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