November 8th, 1344 was a Sunday.
October 24th, 1344 - November 22nd, 1344
Why not celebrate an alternative birthday? In 829 days, exactly on August 5th, 2026, people who were born on November 8th, 1344 will be 249,000 days old!
Spanish actress (1925-2019)
*November 8th, 1925, Manresa †November 23rd, 2019, CercedillaEnglish theologian and anchoress
*November 8th, 1342, Norwich †November 30th, 1499, NorwichAmerican singer (1947–1979)
*November 8th, 1947, Chicago †July 12th, 1979, Cedars-Sinai Medical CenterBritish chef, restaurateur, and television personality
*November 8th, 1966, ScotlandIrish novelist and short story writer (1847–1912)
*November 8th, 1847, Clontarf †April 20th, 1912, St George's SquareAmerican actress, vaudeville performer, and memoirist
*November 8th, 1912, Vancouver †March 28th, 2010, StamfordGerman philosopher, logician, and mathematician (1848–1925)
*November 8th, 1848, Wismar †July 26th, 1925, Bad KleinenAmerican computer programmer and internet-political activist (1986-2013)
*November 8th, 1986, Highland Park †January 11th, 2013, BrooklynBishop of Gloucester; Dean of Derby (1947-2017)
*November 8th, 1947, Dorchester †April 17th, 2017Canadian-American reporter and correspondent (1931-2016)
*November 8th, 1931, Toronto †May 19th, 2016, ManhattanSouth African cardiac surgeon
*November 8th, 1922, Beaufort West †September 2nd, 2001, PaphosRussian polymath (1711-1765)
*November 8th, 1711, Lomonosovo †April 4th, 1765, Saint PetersburgAmerican author and journalist (1900–1949)
*November 8th, 1900, Atlanta †August 16th, 1949, AtlantaDutch drummer (1950-2016)
*November 8th, 1950, The Hague †August 26th, 2016, The HagueBritish artist (1748–1828)
*November 8th, 1748, Sevenoaks †May 28th, 1828, LondonSwiss Freudian psychiatrist and psychoanalyst
*November 8th, 1884, Zürich †April 2nd, 1922, HerisauAmerican country-pop singer (1927–2013)
*November 8th, 1927, Claremore †January 1st, 2013, EncinitasFixed holidays (Christian feast day) which are celebrated on November 8th.
M = 1000 | C = 100 | XL = 40 | X = 10 | V = 5 | IV = 4 | I = 1 |
Yes: 1344 is a leap year, therefore has a 29th of February with an additional leap day and a total of 366 days (instead of the usual 365 days in a normal year).