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For the Gregorian calendar, the various parts of this formula can therefore be understood as follows: represents the progression of the day of the week based on the day of the month, since each successive day results in an additional offset of 1 in the day of the week. represents the progression of the day of the week based on the year.
Thus, within a 400-year cycle: 27 week years are 5 days longer than the month years (371 − 366), 6.75%. 44 week years are 6 days longer than the month years (371 − 365), 11%. 70 week years are 2 days shorter than the month years (364 − 366), 17.5%. 259 week years are 1 day shorter than the month years (364 − 365), 64.75%.
{{age in weeks and days|1946|6|14|1946|8|19}} → 9 weeks and 3 days {{age in weeks and days|1946-6-14|1946-8-19}} → 9 weeks and 3 days {{age in weeks and days|14 June 1946|Aug 19, 1946}} → 9 weeks and 3 days {{age in weeks and days|month1=11|day1=07|year1=2012}} → 629 weeks and 6 days {{age in weeks and days|7 November 2012}} → 629 ...
{{Age in days nts}} – for use in sortable tables {{Age in years}} - returns a 2-year range; in 2022 someone born in 2000 may be either 21 or 22. Use {} or {} with a year parameter to return a single number of years {{Age in years and days}} {{Age in years, months and days}} {{Age in months}} {{Age in weeks}} {{Age in weeks and days}}
Note that all parameters default to the current date, so for example, the second set of parameters can be left out to calculate elapsed time since a past date: {{Age in years, months, weeks and days |month1 = 1 |day1 = 1 |year1 = 1 }} → 2023 years, 11 months, 2 weeks and 6 days
Since in the Gregorian calendar there are 146,097 days, or exactly 20,871 seven-day weeks, in 400 years, the anchor day repeats every four centuries. For example, the anchor day of 1700–1799 is the same as the anchor day of 2100–2199, i.e. Sunday.
The 360-day calendar is a method of measuring durations used in financial markets, in computer models, in ancient literature, and in prophetic literary genres.. It is based on merging the three major calendar systems into one complex clock [citation needed], with the 360-day year derived from the average year of the lunar and the solar: (365.2425 (solar) + 354.3829 (lunar))/2 = 719.6254/2 ...
The number of days between two dates, which is simply the difference in their Julian day numbers. The dates of moveable holidays, like Christian Easter (the calculation is known as Computus) followed up by Ascension Thursday and Pentecost or Advent Sundays, or the Jewish Passover, for a given year. Converting a date between different calendars.