365.25 days. 366 on leap years.
You first subtract two velocities at two different time intervals. This gives you a difference of velocity. Then you divide this by the time.
Sosigenes created the calendar to follow the equinoxes. He used the Julian Calendar that was created by Julius Caesar in 46 B.C. To do this he calculated that 23 days be added after February 23rd, two months be added between the end of November and the beginning of December. Thus, adding 67 days to the "then" calendar.
The median or mode year of the Gregorian calendar has a length of 365 days. (The minimum length of a Gregorian year is 365 days, the maximum length is 366 days, and the mean length is 365.2425 days.)
15/100 multiplied by 760 = 15/100 reduced to 3/20. 3X760=2280 divided by 20=114. Therefore, 15/100ths of 760 is 114.
i believe that the seasons are not exactly of the same length. because a year has 365 days. 365 is not even and is not divisible by 4. therefore it can never be of same length. if they are of the same length somehow, the seasons must have shifted to some other time of year as years go by.
The astronomer Sosigenes calculated that the length of a year was 365 1/4 days. He also brought about the leap year rule, where a leap year would occur every fourth year.
A clock
The solution to the leap year problem was put forth by Sosigenes. He decided that a year should consist of 365 days, and that every fourth year, there should be an extra day added, bringing the total for that year to 366 days.
1017 pa
Speed=distance/time
Because that is not the length of the year. The length of the year is 365.2422 days.Because that is not the length of the year. The length of the year is 365.2422 days.Because that is not the length of the year. The length of the year is 365.2422 days.Because that is not the length of the year. The length of the year is 365.2422 days.
You first subtract two velocities at two different time intervals. This gives you a difference of velocity. Then you divide this by the time.
length of 1 year =365 days .It is 366 for leap year
Sosigenes created the calendar to follow the equinoxes. He used the Julian Calendar that was created by Julius Caesar in 46 B.C. To do this he calculated that 23 days be added after February 23rd, two months be added between the end of November and the beginning of December. Thus, adding 67 days to the "then" calendar.
what causes the length of the year in the gregorian calender
546,990 ...
The median or mode year of the Gregorian calendar has a length of 365 days. (The minimum length of a Gregorian year is 365 days, the maximum length is 366 days, and the mean length is 365.2425 days.)