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A bissextile year is a year which contains an extra day - a leap year.
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∙ 8y ago
A bissextile year, more commonly known as a leap year, is a year that contains an extra day, February 29th. Leap years occur every four years to help align the calendar year with the solar year, which is about 365.25 days long. This extra day is added to compensate for the slight discrepancy between the two.
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What date is MDCCXCIX?
It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.
What century is 234 in?
The third century is from year 201 to year 300.The third century is from year 201 to year 300.The third century is from year 201 to year 300.The third century is from year 201 to year 300.
Which year is your class year Is it your freshman year or graduation year?
It's your graduation year. The class of 2000 graduated in 2000.
What year should a 7 year old be in?
Year 3, if the you are becoming 8 this year Year 2, if you have just become 7.
How many years is 210 days?
210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.210 days is less than a year. It is about 7 months. In an ordinary year the 29th of July is the 210th day of the year. It is the 28th of July in a leap year.
What is a bissextile?
A bissextile is a leap year - a year containing an extra day.
What is a bissextile month?
A bissextile month is a month which contains an extra day in a leap year.
What is a year with the extra day called?
Leap year, bissextile year, intercalary year.
What is the movie title 'Leap Year' in French?
Année bissextile is a French equivalent to the title of the movie 'Leap Year'. The feminine noun 'année' means 'year long'. The adjective 'bissextile' refers to a number or a sum that can be divided by the number 'four'. Together, they're pronounced 'ah-neh bee-seh-steel'.
What is the French word for leap year?
'une année bissextile'
Was there a leap year between 1970 and 1980?
There were. 1972 and 1976 were intercalary years (leap years), as was 1980. Such years are sometimes called bissextile years.
What has the author Jonathan Dove written?
Jonathan Dove has written: 'Speculum anni, or, An almanack for the year of our Lord God 1700' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'Dove 1631. A new almanack, for the yeare since the nativity of our Saviour MDCXXXI being the third after bissextile or leap yeare, and from our Saviours passion, 1598' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'Speculum anni, or, An almanack for the year of our Lord God 1683' -- subject(s): English Almanacs, Ephemerides 'Speculum anni, or, An almanack for the year of our Lord God 1690' -- subject(s): English Almanacs, Ephemerides 'Dove, speculum anni, or, An almanack for the year of our Lord God 1679' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'Speculum anni, or, An almanack for the year of our Lord God 1695' -- subject(s): English Almanacs, Ephemerides 'Dove Speculum anni, or, An almanac for the year of our Lord God 1688, being the bissextile or leap-year, from the worlds creation 5691' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'Speculum anni, or, An almanack for the year of our Lord God 1686' -- subject(s): English Almanacs, Ephemerides 'Dove, Speculum anni, or, An almanack for the year of our Lord God 1694' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides
What has the author Joseph Blagrave written?
Joseph Blagrave has written: 'Blagrave's supplement or enlargement, to Nich. Culpeppers English physitian' 'Blagrave's ephemeris for the year 1660' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'The epitomie of the art of husbandry' -- subject(s): Agriculture, Cage birds, Early works to 1800, Fruit-culture 'The epitome of the whole art of husbandry' -- subject(s): Agriculture, Early works to 1800, Fruit-culture, Horsemanship 'Blagrave's ephemeris, or, Almanack for the year 1665, being the first after bissextile or leap-year' -- subject(s): Astrology, Early works to 1800, English Almanacs, Ephemerides 'The epitome of the art of husbandry' -- subject(s): Agriculture, Cage birds, Early works to 1800, Fruit-culture, Horsemanship, Veterinary medicine 'Blagrave's supplement or enlargement to Mr. Nich. Culpeppers English physitian' -- subject(s): Early works to 1800, Materia medica, Medical Botany
What date is MDCCXCIX?
It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.It is the year 1799.
What was 70 years before 50 AD?
The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.The year 21BC. It is not 20BC, as there is no year zero.
Should year to year have hyphens?
Yes, when used as an adjective. Year-to-year is hyphenated when used as an adjective: year-to-year comparison, year-to-year budget. Year to year is not hyphenated when it is used as a time period: We come back to this same beach year to year.
Why is an extra day added at the end of February every four years?
ANS: A leap year (or intercalary year) is a year containing one or more extra days (or, in the case oflunisolar calendars, an extra month) in order to keep the calendar year synchronized with theastronomical or seasonal year. For example, in the Gregorian calendar, February in a leap year has 29 days instead of the usual 28 so the year lasts 366 days instead of the usual 365. Because seasons and astronomical events do not repeat in a whole number of days, a calendar that had the same number of days in each year would, over time, drift with respect to the event it was supposed to track. By occasionally inserting (or intercalating) an additional day or month into the year, the drift can be corrected. A year that is not a leap year is called a common year. February 29 is a date that usually occurs every four years, and is called leap day. This day is added to the calendar in leap years as a corrective measure, because the earth does not orbit around the sun in precisely 365 days. The Gregorian calendar is a modification of the Julian calendar first used by the Romans. The Roman calendar originated as a lunisolar calendarand named many of its days after the syzygies of the moon: the new moon (Kalendae or calends, hence "calendar") and the full moon (Idus or ides). The Nonae or nones was not the first quarter moon but was exactly one nundinae or Roman market week of nine days before the ides, inclusively counting the ides as the first of those nine days. In 1825, Ideler believed that the lunisolar calendar was abandoned about 450 BC by the decemvirs, who implemented the Roman Republican calendar, used until 46 BC. The days of these calendars were counted down (inclusively) to the next named day, so February 24 was ante diem sextum Kalendas Martii ("the sixth day before the calends of March") often abbreviated a. d. VI Kal. Mar. The Romans counted days inclusively in their calendars, so this was actually the fifth day before March 1 when counted in the modern exclusive manner (not including the starting day).[4] The Republican calendar's intercalary month was inserted on the first or second day after the Terminalia (a. d. VII Kal. Mar., February 23). The remaining days of Februarius were dropped. This intercalary month, named Intercalaris or Mercedonius, contained 27 days. The religious festivals that were normally celebrated in the last five days of February were moved to the last five days of Intercalaris. Because only 22 or 23 days were effectively added, not a full lunation, the calends and ides of the Roman Republican calendar were no longer associated with the new moon and full moon. The Julian calendar, which was developed in 46 BC by Julius Caesar, and became effective in 45 BC, distributed an extra ten days among the months of the Roman Republican calendar. Caesar also replaced the intercalary month by a single intercalary day, located where the intercalary month used to be. To create the intercalary day, the existing ante diem sextum Kalendas Martii (February 24) was doubled, producing ante diem bis sextum Kalendas Martii. Hence, the year containing the doubled day was a bissextile (bis sextum, "twice sixth") year. For legal purposes, the two days of the bis sextum were considered to be a single day, with the second half being intercalated, but common practice by 238, when Censorinus wrote, was that the intercalary day was followed by the last five days of February, a. d. VI, V, IV, III and pridie Kal. Mar. (which would be those days numbered 24, 25, 26, 27, and 28 from the beginning of February in a common year), i.e. the intercalated day was the first half of the doubled day. All later writers, including Macrobiusabout 430, Bede in 725, and other medievalcomputists (calculators of Easter), continued to state that the bissextum (bissextile day) occurred before the last five days of February. Until 1970, theRoman Catholic Church always celebrated the feast ofSaint Matthias on a. d. VI Kal. Mar., so if the days were numbered from the beginning of the month, it was named February 24 in common years, but the presence of the bissextum in a bissextile year immediately before a. d. VI Kal. Mar. shifted the latter day to February 25 in leap years, with the Vigil of St. Matthias shifting from February 23 to the leap day of February 24. Other feasts normally falling on February 25-28 in common years are also shifted to the following day in a leap year (although they would be on the same day according to the Roman notation). The practice is still observed by those who use the older calendars.
