Julian-year sentence example

julian-year
  • Through a like want of attention, many writers also, particularly among the moderns, have confounded the Julian and Olympic years, by making an entire Julian year correspond to an entire Olympic year, as if both had commenced at the same epoch.
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  • The adoption of the Julian year must therefore have taken place about 160 years before the year 136 of our era (the difference between the Egyptian and Julian years being one day in four years), that is to say, about the year 25 B.C. In fact, the first of Thoth corresponded with the 29th of August in the Julian calendar, in the years 25, 24, 23 and 22 B.C.
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  • Some authors who follow the Macedonian era, use the Egyptian or vague year of 365 days; Albategni adopts the Julian year of 3654 days.
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  • According to the computation most generally followed, the year 312 of the era of the Seleucidae began on the ist of September in the Julian year preceding the first of our era.
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  • The year thus became exactly similar to the Julian year.
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  • In their correspondence and transactions with Europeans, they generally follow the era of the Incarnation, and adopt the Julian year.
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  • But the vague year, which was followed till 1079, anticipated the Julian year by one day every four years.
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  • In 447 years the anticipation would amount to about 11 2 days, and the beginning of the year would in consequence be thrown back to near the beginning of the Julian year 63 2.
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  • 5 hour when the Julian year is taken.
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  • The First Julian Year Commenced With The 1St Of January Of The 46Th Before The Birth Of Christ, And The 708Th From The Foundation Of The City.
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  • The Mean Motion Of The Moon In Longitude, From The Mean Equinox, During A Julian Year Of 365.25 Days (According To Hansen'S Tables De La Lune, London, 1857, Pages 15, 16) Is, At The Present Date, 13X360° 477644"'409; That Of The Sun Being 360° 27".
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  • It Has Already Been Mentioned That The Error Of The Julian Year Was Corrected In The Gregorian Calendar By The Suppression Of Three Intercalations In 400 Years.
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  • In Order To Investigate A Formula For The Epact, Let Us Make E=The True Epact Of The Given Year; J =The Julian Epact, That Is To Say, The Number The Epact Would Have Been If The Julian Year Had Been Still In Use And The Lunar Cycle Had Been Exact;, S =The Correction Depending On The Solar Year; M =The Correction Depending On The Lunar Cycle; Then The Equation Of The Epact Will Be E=J S M; So That E Will Be Known When The Numbers J, S, And M Are Determined.
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  • The capture of Alexandria having taken place on the 1st of August 30 s.c., the era began nominally in 30 B.C., but it was not actually introduced till some years later, from which time the Ist Thoth corresponded with the 29th of August in the Julian year.
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  • According To The Best Determinations Of Modern Astronomy (Le Verrier'S Solar Tables, Paris, 1858, P. 102), The Mean Geocentric Motion Of The Sun In Longitude, From The Mean Equinox During A Julian Year Of 365.25 Days, The Same Being Brought Up To The Present Date, Is 360 0 27" 685.
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  • The Mean Motion Of The Moon In Longitude, From The Mean Equinox, During A Julian Year Of 365.25 Days (According To Hansen'S Tables De La Lune, London, 1857, Pages 15, 16) Is, At The Present Date, 13X360° 477644"'409; That Of The Sun Being 360° 27".
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