Affirming Keplerian motion and geometry

A geostationary satellite fixed to an axial longitude meridian will
observe axial rotation at 24 hours/360 degrees .

With each consecutive rotation,it will orbserve that the difference
between the location of the meridian and the 'terminator' for each 24
hours will change in accordance with Keplerian orbital rates of
motion.The seperation between the axial meridian and its orbital
counterpart , in terns or time or distance ,is best appreceated at the
Equator.

http://geophysics.ou.edu/solid_earth...from_space.jpg

http://www.mhhe.com/physsci/astronom...ages/04f15.jpg

Affirming Keplerian geometry by applying terrestial ballistics may have
been fine centuries ago,but modern technology affords a direct
observation of Keplerian orbital motion through the changing nature of
fixed axial orentation and changing orbital orientation.

It also rids climatology of that variable tilting Earth conception for
climate norms and hemispherical weather patterns (seasons) through the
Newtonian conceptions.