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- Solar_cycle_(calendar) abstract "The solar cycle is a 28-year cycle of the Julian calendar with respect to the week. It occurs because leap years occur every 4 years and there are 7 possible days to start a leap year, making a 28 year sequence.This cycle also occurs in the Gregorian calendar, but it is interrupted by years such as 1700, 1800, 1900 and 2100, which are divisible by four but which are not leap years. This interruption has the effect of skipping 16 years of the solar cycle between February 28 and March 1. Because the Gregorian cycle of 400 years has exactly 146,097 days, i.e. exactly 20,871 weeks, one can say that the Gregorian so-called solar cycle lasts 400 years.Calendar years are usually marked by Dominical letters indicating the first Sunday in a new year, thus the term solar cycle can also refer to a repeating sequence of Dominical letters.Unless a year is not a leap year due to Gregorian exceptions, a sequence of calendars is reused every 28 years.The name solar cycle comes from Sunday, the traditional first day of the week.".
- Solar_cycle_(calendar) wikiPageID "3991526".
- Solar_cycle_(calendar) wikiPageRevisionID "596792764".
- Solar_cycle_(calendar) hasPhotoCollection Solar_cycle_(calendar).
- Solar_cycle_(calendar) subject Category:Calendars.
- Solar_cycle_(calendar) subject Category:Julian_calendar.
- Solar_cycle_(calendar) subject Category:Units_of_time.
- Solar_cycle_(calendar) type Abstraction100002137.
- Solar_cycle_(calendar) type Arrangement105726596.
- Solar_cycle_(calendar) type Calendar115173479.
- Solar_cycle_(calendar) type Calendars.
- Solar_cycle_(calendar) type Cognition100023271.
- Solar_cycle_(calendar) type Measure100033615.
- Solar_cycle_(calendar) type PsychologicalFeature100023100.
- Solar_cycle_(calendar) type Structure105726345.
- Solar_cycle_(calendar) type TimeUnit115154774.
- Solar_cycle_(calendar) type UnitsOfTime.
- Solar_cycle_(calendar) comment "The solar cycle is a 28-year cycle of the Julian calendar with respect to the week. It occurs because leap years occur every 4 years and there are 7 possible days to start a leap year, making a 28 year sequence.This cycle also occurs in the Gregorian calendar, but it is interrupted by years such as 1700, 1800, 1900 and 2100, which are divisible by four but which are not leap years. This interruption has the effect of skipping 16 years of the solar cycle between February 28 and March 1.".
- Solar_cycle_(calendar) label "Ciclo solare (calendario)".
- Solar_cycle_(calendar) label "Cycle solaire calendaire".
- Solar_cycle_(calendar) label "Solar cycle (calendar)".
- Solar_cycle_(calendar) label "Sonnenzyklus".
- Solar_cycle_(calendar) sameAs Sonnenzyklus.
- Solar_cycle_(calendar) sameAs Cycle_solaire_calendaire.
- Solar_cycle_(calendar) sameAs Ciclo_solare_(calendario).
- Solar_cycle_(calendar) sameAs m.0bbfkf.
- Solar_cycle_(calendar) sameAs Q676397.
- Solar_cycle_(calendar) sameAs Q676397.
- Solar_cycle_(calendar) sameAs Solar_cycle_(calendar).
- Solar_cycle_(calendar) wasDerivedFrom Solar_cycle_(calendar)?oldid=596792764.
- Solar_cycle_(calendar) isPrimaryTopicOf Solar_cycle_(calendar).