The quarter days are added together and every 4 years a day is added to a year, giving us the 29th of February, which is the leap day in the leap year. This keeps the calendars in synch with our orbit of the Sun.
The extra one-quarter day in a year is taken into consideration through leap years, where an extra day is added to February to keep the calendar in sync with the Earth's orbit around the sun. This adjustment prevents the calendar from drifting away from the actual solar year over time.
By having a leap year every four years.
leap years have an extra day in february (feburary 29th) but leap years only happen every four years.
To make the year start more or less in the same season every year, an extra day is added every four years.
A quarter day results from the Earth's orbit being slightly longer than 365 days. Over time, this discrepancy accumulates, leading to the addition of a leap day every four years in our calendar to balance out the extra time.
We have 52 full weeks in the calendar, plus the day and a quarter left. That remaining quarter converts to an extra day every 4 years, resulting in leap years. We cannot simply remove the day for our leisure, for the wise know what a difference a day makes.
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In the second quarter.
Every four years, one extra day is added into February. This is because of space. The earth takes 365 and a quarter days to make one full spin of the Sun. This is why there is an extra day every four years.
It is because the Chinease found that the time it takes to orbit the sun is actually 365 and 1/4 days. So instead of having an extra quarter day every year they have a leap year
A year in the Gregorian calendar having 366 days, with the extra day, February 29, intercalated to compensate for the quarter-day difference between an ordinary year and the astronomical year.
If you added a quarter of a day to each year, over time this would cause day and night to shift out of sync with the natural cycle of the Earth's rotation. This could lead to significant disruptions in both the length and timing of day and night as we currently experience them.