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Tuesday, 31 December 2013

What Is April Fools' Day? and the Origin of the January New Years Day?? How The Most High really set his days!



An observance which takes place in many western countries every April 1, traditionally known as April Fools' Day or All Fools' Day (aka Poisson d'Avril — "April Fish" — in France). It's a day when humor reigns and harmless pranks, practical jokes, and hoaxes are sanctioned. Customary practices range from simple tricks played on friends, family, and coworkers to elaborate media hoaxes concocted for mass consumption.

The origins of April Fools' Day are obscure. The most commonly cited theory holds that it dates from 1582, the year France adopted the Gregorian Calendar, which shifted the observance of New Year's Day from the end of March (around the time of the vernal equinox) to the first of January. 






The Gregorian Calendar

In the year 1572, Ugo Boncompagni became Pope Gregory XIII and there was a crisis of the calendar - one of Christianity's most important dates was falling behind with respect to the seasons. Easter, which is based on the date of the vernal equinox (the first day of Spring), was being celebrated too early in the month of March. The cause of this calendrical confusion was the over 1,600 year-old Julian calendar, established by Julius Caesar in the year 46 BCE.

Julius Caesar took control over the chaotic Roman calendar, which was being exploited by politicians and others with the haphazard addition of days or months. It was a calendar horribly out-of-synch with the seasons of the earth, which are the result of the rotation of the earth around the sun. Caesar developed a new calendar of 364 1/4 days, closely approximating the length of the tropical year (the time it takes the earth to go around the sun from the beginning of spring to the beginning of spring). Caesar's calendar was normally 365 days long but included an extra day (a leap day) every four years to account for the extra one-quarter of a day. The intercalary (inserted into the calendar) day was added prior to February 25 each year.

Unfortunately, while Caesar's calendar was almost accurate, it wasn't quite accurate enough because the tropical year is not 365 days and 6 hours (365.25 days), but is approximately 365 days 5 hours 48 minutes, and 46 seconds (365.242199 days). Therefore, the calendar of Julius Caesar was 11 minutes and 14 seconds too slow. This added up to be a full day off every 128 years.

While it took from 46 BCE to 8 CE to get Caesar's calendar functioning properly (initially leap years were being celebrated every three years instead of every four), by the time of Pope Gregory XIII the one day every 128 years added up to a full ten days of error in the calendar. (Purely by luck did the Julian calendar happen to celebrate leap years on years divisible by four - during Caesar's time, the numbered years of today didn't exist).

A serious change needed to take place and Pope Gregory XIII decided to repair the calendar. Gregory was aided by astronomers in developing a calendar that would be more accurate than the Julian calendar. The solution they developed was almost perfect.



The Vernal Equinox

An equinox occurs twice a year, when the tilt of the Earth's axis is inclined neither away from nor towards the Sun, the center of the Sun being in the same plane as the Earth's equator. The Equinox is when night and day are about equal in length.


On Wednesday, March 20, 2012 at 11:02 UTC or 7:02 a.m. Eastern Daylight Time, the March Equinox (also known as the Spring Equinox or Vernal Equinox) occurs. On March 20, most consider that spring begins in the Northern Hemisphere and fall or autumn begins in the Southern Hemisphere. The sun is directly overhead the equator on the March Equinox at noon on March 20.
Equal Hours of Daylight on the EquinoxOn March 20, there are twelve hours of daylight and twelve hours of darkness at all points on the earth's surface. Sunrise is at 6 a.m. and sunset is at 6 p.m. local (solar) time for most points on the earth's surface. (This varies, of course, based on time zones, which are much broader regions than local solar time.)

At the North Pole the sun is on the horizon of the earth's surface on the March Equinox. The sun rises at the North Pole at noon to the horizon on the March Equinox and the North Pole remains light until the September Equinox.

At the Arctic Circle, Antarctic Circle, Tropic of Cancer, and Tropic of Capricorn, as with all places on the planet, experience exactly 12 hours of daylight and 12 hours of darkness on March 20.

At the South Pole on March 20, the sun sets at at noon after the South Pole having been light for the previous six months (since the September Equinox). The sun begins on the horizon in the morning and by the end of the day, the sun has set.
The Beginning of Spring It has been tradition that spring "begins" on March 20, and the three other seasons begin on their solstices or equinox. However, there is no set scientific standard for the beginning of the seasons. Some consider the months of March, April, and May to be spring; this is especially true for those who study climate.

The beginning of spring often represents a mild transitional climate between the extremes of winter and summer. The areas between the Tropic of Cancer in the north and the Tropic of Capricorn in the south effectively do not have seasons because the sun is always high in the sky and thus there is a large amount of solar radiation received throughout the year. Seasonal changes primarily impact the higher latitudes (those above 23.5 degrees).



Dan 7:25  And he shall speak great words against the most High, and shall wear out the saints of the most High, and think to change times and laws: and they shall be given into his hand until a time and times and the dividing of time.

So when you look according to any astrological websites they give you March 20th on purpose acknowledging the pagan days set by Julius Caesar.


The Book of Enoch CHAPTER LXXII. (72)
2. and all following each other in accurately corresponding order: also many windows to the right and left of these portals. 4. And first there goes forth the great luminary, named the Sun, and his circumference is like the circumference of the heaven, and he is quite filled with illuminating and heating fire. 5. The chariot on which he ascends, the wind drives, and the sun goes down from the heaven and returns through the north in order to reach the east, and is so guided that he comes to the appropriate (lit. 'that') portal and shines in the face of the heaven. 6. In this way he rises in the first month in the great portal, which is the fourth ⌈those six portals in the cast⌉. 7. And in that fourth portal from which the sun rises in the first month are twelve window-openings, from which proceed a flame when they are opened in their season. 8. When the sun rises in the heaven, he comes forth through that fourth portal thirty mornings in succession,


The first month is thirty mornings!


and sets accurately in the fourth portal in the west of the heaven. 9. And during this period the day becomes daily longer and the night nightly shorter to the thirtieth morning. 10. On that day the day is longer than the night by a ninth part, and the day amounts exactly to ten parts and the night to eight parts. 11. And the sun rises from that fourth portal, and sets in the fourth and returns to the fifth portal of the east thirty mornings, and rises from it and sets in the fifth portal. 12. And then the day becomes longer by †two† parts and amounts to eleven parts, and the night becomes shorter and amounts to seven parts. 13. And it returns to the east and enters into the sixth portal, and rises and sets in the sixth portal one-and-thirty mornings on account of its sign.


Now its doing thirty one, so we know the first month is thirty the second month is thirty and now it is doing thirty one. There is going to be an extra day for a change of season throughout the year and if you do this four times a year you have 364 complete days.

So when you examine this you have 364 days out of a year that flawlessly fit into The Most High's Jubilee of seven, seven goes into 364 52 times. That is a complete cycle they have confused us from the Babylonians, the Egyptians, the Greeks and Romans having us follow the circumfrence of 360.


14. On that day the day becomes longer than the night, and the day becomes double the night, and the day becomes twelve parts, and the night is shortened and becomes six parts. 15. And the sun mounts up to make the day shorter and the night longer, and the sun returns to the east and enters into the sixth portal, and rises from it and sets thirty mornings. 16. And when thirty mornings are accomplished, the day decreases by exactly one part, and becomes eleven parts, and the night seven.
17. And the sun goes forth from that sixth portal in the west, and goes to the east and rises in the fifth portal for thirty mornings, and sets in the west again in the fifth western portal.

This is when the season goes into the fall and the days start to become shorter.

18. On that day the day decreases by †two† parts, and amounts to ten parts and the night to eight parts. 19. And the sun goes forth from that fifth portal and sets in the fifth portal of the west, and rises in the fourth portal for one-and-thirty mornings on account of its sign, and sets in the west. 20. On that day the day is equalized with the night, [and becomes of equal length], and the night amounts to nine parts and the day to nine parts. 21. And the sun rises from that portal and sets in the west, and returns to the east and rises thirty mornings in the third portal and sets in the west in the third portal. 22. And on that day the night becomes longer than the day, and night becomes longer than night, and day shorter than day till the thirtieth morning, and the night amounts exactly to ten parts and the day to eight parts.

So you notice that in the fall of the year it gets colder because we get less sun so the courses of the sun in a year are in complete unison with the scriptures.

23. And the sun rises from that third portal and sets in the third portal in the west and returns to the east, and for thirty mornings rises in the second portal in the east, and in like manner sets in the second portal in the west of the heaven. 24. And on that day the night amounts to eleven parts and the day to seven parts. 25. And the sun rises on that day from that second portal and sets in the west in the second portal, and
returns to the east into the first portal for one-and-thirty mornings, and sets in the first portal in the west of the heaven. 26. And on that day the night becomes longer and amounts to the double of the day: and the night amounts exactly to twelve parts and the day to six. 27. And the sun has (therewith) traversed the divisions of his orbit and turns again on those divisions of his orbit, and enters that portal thirty mornings and sets also in the west opposite to it. 28. And on that night has the night decreased in length by a †ninth† part, and the night has become eleven parts and the day seven parts. 29. And the sun has returned and entered into the second portal in the east, and returns on those his divisions of his orbit for thirty mornings, rising and setting. 30. And on that day the night decreases in length, and the night amounts to ten parts and the day to eight.

This is when it starts to deal with the winter times as the days begin to get shorter and shorter.

31. And on that day the sun rises from that portal, and sets in the west, and returns to the east, and rises in the third portal for one-and-thirty mornings, and sets in the west of the heaven. 32. On that day the night decreases and amounts to nine parts, and the day to nine parts, and the night is equal to the day and the year is exactly as to its days three hundred and sixty-four. 33. And the length of the day and of the night, and the shortness of the day and of the night arise--through the course of the sun these distinctions are made (lit. 'they are separated'). 34. So it comes that its course becomes daily longer, and its course nightly shorter.
35. And this is the law and the course of the sun, and his return as often as he returns sixty times and rises, i.e. the great luminary which is named the sun, for ever and ever. 36. And that which (thus) rises is the great luminary, and is so named according to its appearance, according as the Lord commanded. 37. As he rises, so he sets and decreases not, and rests not, but runs day and night, and his light is sevenfold brighter than that of the moon; but as regards size they are both equal.

These are all the phases of the sun, the key point of how to recalculate your days to the beginnning of the year is to go a day before the start of the first day. Only twice in a year that you have equal day and equal night, which is 12 hours day and 12 hours night and the only time that happens is the day before the new year.

The other time that it does this is a day after Autumn.

So this all links exactly into what Enoch was talking about here, so the world has been lying to us. 

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