AnAtheist:
That is of course nonsense, but if you say so. Then how about measuring the axial rotation by using a Foucault’s pendulum? Care to guess the outcome?
Again, for the slowminded:
http://upload.wikimedia.org/wikipedia/en/thumb/5/5b/300px-Sidereal_day_(prograde).png
See?
1 - now
2 - 23h56m+ later after one full rotation
3 - 3min+ later than 2, the sun reappears at the same spot in the sky
When great men,do you hear,when great men checked the accuracy of their watches at noon using the necessary Equation of Time correction they knew that the lenght of day was different for each rotation.
homepage.ntlworld.com/michael.j.harley/eoftime.htm
Your graphic above determines that a location rotates back from position 1 to 3 every 24 hours when for millenia it was known that no such equable reference existed hence the necessity of the Equation of Time correction.
As Newtonian mechanics and his hideous mechanical motions of the planets rely on Flamsteeds linking of the Earth’s rotation directly to a ‘fixed star’ reference it is worthwhile for Catholics and Christians to review where all this relativistic sci-fi garbage of warped space and time travel comes from.What do you think,the Christian faith is based on a cartoon god and think Catholics are fools.You have the support of Catholics so you may be right because so far I am isolated on this very,very important matter.
Here is a good place to begin in getting over your empirical brainwashing and learn how the geocentric average 24 hour day became constant axial rotation at 15 degres per hour and 24 hours/360 degrees in total within a heliocentric setting.
"After Harrison developed his chronometer, British ships would find their position by observing the time and the height of the Sun at Local Apparent Noon. The height of the Sun would produce the ship’s Latitude. The time of Local Apparent Noon, recorded as 12:00
local time, was compared to the time back in Greenwich as shown on Harrison’s chronometer and the difference would produce the ship’s longitude.
Well, almost. Back at the beginning of the Longitude section, I said that it takes an
average time of 24 hours for the Earth to rotate 360 degrees. The third and last idea needed for longitude is the Equation of Time.
Whenever I’ve mentioned clock time, I’ve called it average time. That’s because the time that everyone keeps for their daily affairs is an average value. But if you measure the length of the day by timing the exact amount of time that is required to go from LAN (Local Apparent Noon) on one day, to LAN on the next day, you discover a curious thing: the length of the day changes slowly. Starting with the clock day equal to the actual Sun day, the Sun day gets slightly longer, then slightly shorter until the clock day and the Sun day are of equal length again. The process continues, but this time the Sun day get shorter first, then longer. Don’t confuse this changing *day *length with the seasonal change in
daylight. I’m referring to changes in the
whole day, light and dark together. Clock time and Sun time are equal in length only four times during the year, on the other days they are different by as much as 16.5 minutes"
pbs.org/wgbh/nova/teachers/ideas/sammons/packet.html