Sue ..they DO: rA = v1^2 / g = v_escape^2 / 2*(n - 1)*g.!!
However ..in the GUESS, that n VARiES with the ALTiTUDE.!!
This is NOT the case in GR & NEWTON Tivity ..NO AMBiENT.!!
Where, in GR & NEWTON Tivity, the n in (n - 1 ) is ZERO.!!
[ Note the GUESS (n - 1) PROViDEs ..GPS PREset FACTOR ].!!
[ Note the GUESS (n - 1) PERiODiC TABLE factor is NEW ].!!
[ Note the GUESS (n - 1) bridges GR's NEWTONiAN LiMiT ].!!

DiRECTiON or VELOCiTY change / duration" = acceleration.!!
brian a m stuckless

Sue... wrote: Harry wrote: "Pentcho Valev"
wrote
Albert Einstein, "Relativity", Chapter 7: "There is hardly a simpler
law in physics than that according to which light is propagated in
empty space. Every child at school knows, or believes he knows, that
this propagation takes place in straight lines with a velocity c=300000
km/s."
Chapter 22: "...the law of the constancy of the velocity of light in
vacuo, which constitutes one of the two fundamental assumptions in the
special theory of relativity and to which we have already frequently
referred, cannot claim any unlimited validity. A curvature of rays of
light can only take place when the velocity of propagation of light
VARIES WITH POSITION."

The rational world would ask: How does the velocity of propagation of
light VARY WITH POSITION? Increases and becomes greater than c=300000
km/s? Decreases? Increase and decrease depend on what?

insert ..see top of PAGE.!!

The rational answer is as Einstein explained in 1916:
Light speed depends on the gravitational potential and decreases with
decreasing gravitational potential, which results in Huygens light bending.
Clock rate decreases similarly with decreasing gravitational potential,
while horizontal lengths are unaffected in GRT. In that way, locally the
quotient dx/dt=c.

Against what do you measure the clock to determine that
it has decreased?

Why don't all clocks respond the same to changes in
altitude? Sue...

Against what do you measure the clock to determine that
it has decreased?

Why don't all clocks respond the same to changes in
altitude? Sue...



Yep -

It's almost as silly as time being a graduated dimension with absolutely
fixed graduations. : )

If time acted that way, then Einstein's clocks would always be in synch !!