It was dark, the dual moons high in the sky.
The Solar Equation Occurs Three Times In 400 Years, Namely, In Every Secular Year Which Is Not A Leap Year; For In This Case The Omission Of The Intercalary Day Causes The New Moons To Arrive One Day Later In All The Following Months, So That The Moon'S Age At The End Of The Month Is One Day Less Than It Would Have Been If The Intercalation Had Been Made, And The Epacts Must Accordingly Be All Diminished By Unity.
In That Year The Omission Of The Intercalary Day Rendered It Necessary To Diminish The Epacts By Unity, Or To Pass To The Line C. In 1800 The Solar Equation Again Occurred, In Consequence Of Which It Was Necessary To Descend One Line To Have The Epacts Diminished By Unity; But In This Year The Lunar Equation Also Occurred, The Anticipation Of The New Moons Having Amounted To A Day; The New Moons Accordingly Happened A Day Earlier, Which Rendered It Necessary To Take The Epacts In The Next Higher Line.
The Use Of The Epacts Is To Show The Days Of The New Moons, And Consequently The Moon'S Age On Any Day Of The Year.
When The Epact Of The Year Is Known, The Days On Which The New Moons Occur Throughout The Whole Year Are Shown By Table Iv., Which Is Called The Gregorian Calendar Of Epacts.
This Epact Occurs At The 3Rd Of January, The 2Nd Of February, The 3Rd Of March, The Znd Of April, The 1St Of May, &C., And These Days Are Consequently The Days Of The Ecclesiastical New Moons In 1832.
The Astronomical New Moons Generally Take Place One Or Two Days, Sometimes Even Three Days, Earlier Than Those Of The Calendar.
The Reason For Doubling The 25 Was To Prevent The New Moons From Being Indicated In The Calendar As Happening Twice .On The Same Day In The Course Of The Lunar Cycle, A Thing Which Actually Cannot Take Place.
For Example, If We Observe The Line B In Table Iii., We Shall See That It Contains Both The Epacts Twenty Four And Twenty Five, So That If These Correspond To The Same Day Of The Month, Two New Moons Would Be Indicated As Happening On That Day Within Nineteen Years.
The new moons indicated by the epacts also differ from the astronomical new moons, and even from the mean new moons, in general by one or two days.
In imitation of the Jews, who counted the time of the new moon, not from the moment of the actual phase, but from the time the moon first became visible after the conjunction, the fourteenth day of the moon is regarded as the full moon: but the moon is in opposition generally on the 16th day; therefore, when the new moons of the [[Table V]].
Calendar Nearly Concur With The True New Moons, The Full Moons Are Considerably In Error.
The Epacts Are Also Placed So As To Indicate The Full Moons Generally One Or Two Days After The True Full Moons; But This Was Done Purposely, To Avoid The Chance Of Concurring With The Jewish Passover, Which The Framers Of The Calendar Seem To Have Considered A Greater Evil Than That Of Celebrating Easter A Week Too Late.
Had The Anticipation Of The New Moons Been Taken, As It Ought To Have Been, At One Day In 308 Years Instead Of 3121, The Lunar Equation Would Have Occurred Only Twelve Times In 3700 Years, Or Eleven Times Successively At The End Of 300 Years, And Then At The End Of 400.
With Respect To The Movable Feasts, Easter Is Determined By The Rule Laid Down By The Council Of Nice; But Instead Of Employing The New Moons And Epacts, The Golden Numbers Are Prefixed To The Days Of The Full Moons.
The Calendar Of The Church Of England Is Therefore From Century To Century The Same In Form As The Old Roman Calendar, Excepting That The Golden Numbers Indicate The Full Moons Instead Of The New Moons.
The Times Of All Future New Moons May Consequently Be Deduced By Successively Adding 29 Days 12 Hours 44 Min.
To Compute The Times Of The New Moons Which Determine The Commencement Of Successive Years, It Must Be Observed That In Passing From An Ordinary Year The New Moon Of The Following Year Is Deduced By Subtracting The Interval That Twelve Lunations Fall Short Of The Corresponding Gregorian Year Of 365 Or 366 Days; And That, In Passing From An Embolismic Year, It Is To Be Found By Adding The Excess Of Thirteen Lunations Over The Gregorian Year.
After a reference to their descent from Abraham and their sojourn in Egypt, Aristides praises them for their worship of the one God, the Almighty Creator; but blames them as worshipping angels, and observing "sabbaths and new moons, and the unleavened bread, and the great fast, and circumcision, and cleanness of meats."
I., followed by (2) a warning not to worship according to the Greeks, with an exposure of various forms of idolatry; (3) a warning not to worship according to the Jews - although they alone think they know the true God - for they worship angels and are superstitious about moons and sabbaths, and feasts, comp. Arist.
Corroboration has been sought by Mahler, Sethe and Petrie in the dates of new moons, of warlike and other expeditions, and of high Nile, but their evidence so far is too vague and uncertain to affect the question seriously.
HILLEL II., one of the patriarchs belonging to the family of Hillel I., lived in Tiberias about the middle of the 4th century, and introduced the arrangement of the calendar through which the Jews of the Diaspora became independent of Palestine in the uniform fixation of the new moons and feasts.
With the same instrument, he further detected, on the 19th of September 1848, Hyperion, the seventh of Saturn's attendants, and, on the 24th of October 1851, Ariel and Umbriel, the interior moons of Uranus.
Refractor, Hall on the 11th of August 1877, Professor Asaph Hall descried the moons of Mars, Deimos and Phobos; and a minute light-speck, noticed by Professor E.
In that year, however, Jean 1908; and a pair of Saturnian moons, designated Phoebe and Themis, were tracked out by Professor W.
There were two moons in this realm, one full and the other a sliver.
The twin moons of the outer banks of Hell were bright.
It was always dark here, and the moons rose and set each day.
"There are two moons and two suns, but the suns are so close together, you can't tell," Evelyn said.
The dual moons seemed to hover somewhere in the middle of the air of a massive chasm, just like the dozen or so hulking spaceships, whose dark grey skins reflected like skins of massive grey whales in the moonlight.
Two moons rose, and the four warriors around her kept to a path only they understood.
Mirror, used on the " frontview " plan, Mimas and Enceladus, the innermost Saturnian moons, were brought to view on the 28th of August and the 17th of September 1789.
The Metonic Cycle, Which May Be Regarded As The Chef D'Oeuvre Of Ancient Astronomy, Is A Period Of Nineteen Solar Years, After Which The New Moons Again Happen On The Same Days Of The Year.
It ought to be remarked that the new moons, determined in this manner, may differ from the astronomical new moons sometimes as much as two days.
The cycle of the sun brings back the days of the month to the same day of the week; the lunar cycle restores the new moons to the same day of the month; therefore 28 X 19 = 53 2 years, includes all the variations in respect of the new moons and the dominical letters, and is consequently a period after which the new moons again occur on the same day of the month and the same day of the week.
By means of the lunar cycle the new moons of the calendar were indicated before the Reformation.
It Could Not Therefore Long Continue To Preserve Its Correspondence With The Seasons, Or To Indicate The Days Of The New Moons With The Same Accuracy.
The Difference, Which Is I Hour 29 Minutes, Amounts To A Day In 308 Years, So That At The End Of This Time The New Moons Occur One Day Earlier Than They Are Indicated By The Golden Numbers.
During The 1257 Years That Elapsed Between The Council Of Nicaea And The Reformation, The Error Had Accumulated To Four Days, So That The New Moons Which Were Marked In The Calendar As Happening, For Example, On The 5Th Of The Month, Actually Fell On The 1St.
Alternative moons are given for A.D.
The twelvefold division of the zodiac was evidently suggested by the occurrence of twelve full moons in successive parts of it in the course of each year.
The synodical revolution of the moon laid down the lines of the solar, its sidereal revolution those of the lunar zodiac. The first was a circlet of " full moons "; the second marked the diurnal stages of the lunar progress round the sky, from and back again to any selected star.