The Calculation of Weekdays in the Julian Calendar  II




At this web page there is a menu of links that will
lead You to web pages with weekday calculations.



Please choose Your desired Calendar Variety and link:


Calendar Variety      Originator
of Variety
     Year of
Publishing
     Remarks      Link

The Julian Calendar  II A   The Scientist
Joseph Scaliger
  A.D. 1583   This variety is the most accepted   C 2b1

The Julian Calendar  II B   The Theologian
Heinrich Bünting
  A.D. 1590   The year 45 B.C. was a leap year   C 2b2

The Julian Calendar  II C   The Astronomer
Jakob Christmann
  A.D. 1590   Uneven years are leap years   C 2b3

The Julian Calendar  II D   The Astronomer
Thomas Harriot
  After
A.D. 1610
  The year 43 B.C. was a leap year   C 2b4

The Julian Calendar  II E   The Astronomer
Johannes Kepler
  A.D. 1614   Follows the seven years A.D. 1 to
A.D. 7, which were not leap years,
of the Christianity.
  C 2b5

The Julian Calendar  II F   The Astronomer
Christian Ideler
  A.D. 1825   Follows the seven years A.D. 1 to
A.D. 7, which were not leap years,
of the Christianity.
  C 2b6

The Julian Calendar  II G   The Historian
Theodor Mommsen
  A.D. 1859   See The Julian Calendar  II F    

The Julian Calendar  II H   The Chronologist
Heinrich Matzat
  A.D. 1883   The year 44 B.C. was a leap year   C 2b7

The Julian Calendar  II J   The Chronologist
Wilhelm Soltau
  A.D. 1889   Follows the seven years A.D. 1 to
A.D. 7, which were not leap years,
of the Christianity.
  C 2b8

The Julian Calendar  II K   The Professor
Gary Radke
  A.D. 1960   See The Julian Calendar  II B    

The Julian Calendar  II L   The Archeologist
Julian Bennett
  A.D. 2003   The year 8 B.C. was the last leap
year in the Triennial leap years.
  C 2b9





The Calculation of Weekdays in two different Calendars