영어에서 Reverse orbit 을 사용하는 예와 한국어로 번역
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With the sun 180° away they would discover the reverse orbit.
A classic method is this reverse orbit that leaves no net missing time.
Ancient Greek and Chinese records describe earth in a reverse orbit.
The missing time, sped up half reverse orbit, would be 24 hours and 40 minutes.
Therefore there is 24:40 hours missing in the second half reverse orbit.
The second half reverse orbit should have the missing 40 minutes, as you can see, it does.
Rather than the almost one hour to complete 360° to counter two half reverse orbits.
In the reverse orbit before this the stars would appear more and more from the west each night.
You can see in the above orbits that earth in a reverse orbit has 2 more days a year.
However, in this controlled reverse orbit the number of lunar orbits a year is exactly the same as normal.
Two 180° movements east of the sun, to begin andend a half reverse orbit, add up to 24 hours.
Only this spring to fall reverse orbit was the slow half year reverse orbit and would be 23 hours and 20 minutes.
Then the next day the sun move back 180° for 12 hours and earth flow into the reverse orbit of the sun.
This means earth must speed up in its reverse orbit 48 hours, 2 X 24 hour days, to keep 365.2422 days a year.
It only took me a matter of months of reading the Chinese Classics in 1999 to uncover earth's reverse orbit.
On other times the half hour of left over time of an half reverse orbit may be countered by the sun moving 180°.
Harold Hill who wrote the Missing Day Story may have heard of NASA scientists discovering such a reverse orbit.
The term"from the half of heaven" means earth was already in a reverse orbit from the sun moving 180° six months earlier.
This works so perfectly and exactly I am surprised no one has discovered the perfectness of earth in a reverse orbit.
Once they discovered the reverse orbit, they would discover earth must speed up 48 hours a year, 24 hours in a half orbit in one half of a year.
At the half orbit point, six months later, the sun and planets can move 180° back and earth flow out of the reverse orbit.
Then earth could flow into a reverse orbit of the sun for the winter half reverse orbit to take care of the 40 minutes to February 15, 1240 BC.
The missing time from earth's sped up orbit that ismore than 24 hours, is the missing time of the fall/winter half reverse orbit.
Because earth's reverse orbit is sped up 48 hours a year, earth's half orbit plus earth's next half orbit- a complete reverse orbit year- must add up to 48 hours less and still be 365 days and 5 hours.
Then the sun moved a further 10° east to make up for the 24:40 hours, 40 minutes missing time, in the second half reverse orbit.
Thus, the sped up second half reverse orbit has 24 hours 40 minutes missing time= sped up time, and the first half reverse orbit has 23 hours 20 minutes missing time equaling the two extra days in a complete reverse orbit.
The beginning of cycles would also include the sun moving 180° in spring to Virgo and the sun passing from east to west through the year in the reverse orbit.
Because at the same speed and distance of earth's orbit in reverse there would be 367.24 days unless earth's reverse orbit is sped up two days, 48 hours, because rotation is against orbit in earth's reverse orbit.
Then when the sun returned February 15, 1240 BC, the sun must move 190° east to match the 24:40 minutes missing time of the second half reverse orbit.
But when it comes to the nebular hypothesis theory,there's actually nothing like an observation of a phenomenon like WASP-17's reverse orbit to really disprove it.3.