(Greg Hennessy) wrote in message ...
In article ,
Aladar wrote:
The GR erratic solution t'=t/(1-2fi)^.5 predits for any fi value a
larger
difference from t then my correct t'=t/(1-fi)^.5 solution. Therefore
it
predicts a larger difference of values for the surface and for the
orbit. FOr the low values of fi (~ 1-5e-10) the difference of expected
difference is around 1%.


No, the difference between (1-2fi)^-1/2 and (1-fi)^-3/2 is not
1%, it is 50%. Expand the two functions out in a taylor series.

Sorry, I made a typing error, but you used a third value....

t'=t/((1-fi)^(1/3)) is the correct value. However, the expected time
dilation is based on the same values on the surface of Earth. Since
the basis is the far away from the masses, the difference turns out to
be about 1%, when you equal the values for the surface as the basis.

Cheers!
Aladar
http://stolmarphysics.com