 PERIOD is a term of years produced by the multiplication of the lunar cycle 19, solar cycle 28, and Roman indiction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed in computing time, to avoid the puzzling ambiguity...  Dictionary of dates, and universal reference - Page 331by Joseph Timothy Haydn - 1857 - 742 pagesFull view - About this book
 | American education society - 1833 - 406 pages
...multiplication of the lunar cycle 17, solar cycle 28, and Roman indiction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed in computing time, to avoid ambiguity attendant on reckoning any period antecedent to our era. By subtracting 4713 from the Julian... | |
 | Christian education - 1833 - 682 pages
...multiplication of the lunar cycle 17, solar cycle 28, and Roman indiction 15. It consists of 7080 years, and began 4713 years before our era. It has been employed in computing time, to avoid ambiguity attendant on reckoning any period antecedent to our era. By subtracting 4713 from the Julian... | |
 | James Prinsep - Coins - 1834 - 310 pages
...lunar cycle 19, solar cycle 28, and Roman indiction 15 ; it consists of 7980 years, and began 471.'{ years before our era. It has been employed in computing time, to avoid the puz2ling ambiguity attendant on reckoning any period antecedent to our era ; an advantage which it... | |
 | James Prinsep - Coins - 1840 - 312 pages
...lunar cycle 19, solar cycle 28, and Roman indiction 15 ; it consists of 7980 years, and began 1Г I 'ft years before our era. It has been employed in computing...avoid the puzzling ambiguity attendant on reckoning ar-y period antecedent to our era ; an advantage which it has in common with the mundane eras used... | |
 | Popular encyclopedia - 1846 - 886 pages
...multiplication of the lunar cycle 19, solar cycle 28, and Roman indiction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed...before Christ, subtract the Julian period from 4714. T,'ie Era of Diocletian, called also the Era of Mar• This in said, by inisUkp, to be Thnridajr, in... | |
 | Joseph Haydn - Chronology, Historical - 1851 - 700 pages
...multiplication of the lunar cycle 19, solar cycle 28, and Roman indiction 15. It consists of 7080 years, and began 4713 years before our era. It has been employed...computing time, to avoid the puzzling ambiguity attendant ou reckoning any period antecedent to our era, an advantage which it has in common with the mundane... | |
 | Joseph Haydn - Chronology, Historical - 1853 - 738 pages
...multiplication of the lunar cycle 19, solar cycle 28, and Roman incliction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed...common with the mundane eras used at different times. ]5y subtracting 4713 from the Julian period, our year is found ; if before Christ, subtract the Julian... | |
 | James Prinsep - India - 1858 - 660 pages
...multiplication of the lunar cycle 19, solar cycle 28, and Roman indiction 15. It consists of 7980 years, aud began 4713 years before our era. It has been employed...before Christ, subtract the Julian period from 4714. TUB ERA OF DIOOLE81AN, CALLED ALSO TUB EEA OF HAUTVliS, sixth century, nnd is still employed by the... | |
 | James Prinsep - India - 1858 - 650 pages
...multiplication of the lunar cycle 19, sour cycle 28, and Roman indiction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed...Julian period, our year is found. If before Christ, •ubtract the Julian period from 4714. TUB BRA Or D10CLZS1AK. CALLED ALSO TttB BRA OF MARTYRS. sixth... | |
 | James Prinsep - India - 1858 - 658 pages
...multiplication of the lunar cycle 19, solar cycle 28, and Roman indiction 15. It consists of 7980 years, and began 4713 years before our era. It has been employed in computing time, to avoid the pu/.zling ambiguity attendant on reckoning any period antecedent to our era, an advantage which it... | |
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