## Why Does A Leap Year Have 366 Days?

The period of February is a small piece unique in relation to different months as in every 4 years, all of a sudden, a 29th day is added to it, and the period of February ends up one day longer than expected!

What is Leap Year?

A leap year comprises of 366 days rather than a 'customary' year that comprises of 365 days. Every 4 years, a year goes along that has one more day to it, which means 366 days altogether. Those years with 366 days are leap years. All the more explicitly, the year where the long stretch of February has 29 days (rather than the typical 28 days) is esteemed a leap year. For instance, the year 2016 was a leap year.

How regularly is leap year?

A leap year comes every 4 years. An ordinary year has 365 days, yet every 4 years, a leap year comes which has 366 days, for example 1 day in excess of a typical year.

When is the following leap year?

The following leap year is 2020. The last leap year was 2016, and since leap years come following 4 years, so the following leap year will come in 2020. (2016+4)

When is the following leap day?

The following leap year will be February 29, 2020. Leap days come following 4 years. Since the last leap day was 29 Feb 2016, the following leap day will be in the year 2020.

Leap year rules

For a year to be qualified as a leap year, it needs to fulfill these two conditions:

The year must be superbly detachable by 4. (e.g 2012, 2020 and so forth.)

On the off chance that the year is superbly detachable by 100, at that point it is anything but a leap year. Nonetheless, in the event that that year is likewise consummately distinct by 400, at that point it is a leap year (for example 1800 was not a leap year, since it was detachable by 100, however not by 400; yet the years 1600, 2000 were).

### Why Does Leap Year Have 366 days?

Leap years have 366 days in light of the fact that adding multi day to the year is a need to keep up the smooth working of the Gregorian schedule that we as a whole chase after the world. This schedule expect that Earth takes 365 days and a fourth of multi day to finish one unrest around the sun. Thus, every 4 years, that quarter of multi day turns into a whole day and gets added to the year.The schedule that by far most of the world pursues is the Gregorian schedule. Likewise alluded to as the Western schedule or Christian schedule, it's named after Pope Gregory XIII and happens to be the most utilized common schedule over the globe. This schedule is in ideal arrangement with the Earth's unrests around the sun, which is something worth being thankful for (as the time taken by Earth to finish one upheaval is actually 365 days, which is the span of a 'year').

Despite the fact that the Gregorian schedule accept that Earth takes spins around the sun in 365 days, at the same time, it really takes somewhat less than 365 days and 6 hours to finish one insurgency around the sun. This time length speaks to a tropical year (otherwise called a sun based year, a galactic year, or an equinoctial year) and its worth quite often varies from an ordinary year.

### Why a century isn't a leap year?

Century years are not leap years on the grounds that by adding 1 day to the year every 4 years, we wind up including a lot over a time of 100 years. Also, that is the reason every 100 years, we need to expel multi day from the year.

We for the most part expect that Earth finishes one unrest around the sun in 365 days and 6 hours for rearrangements purposes. However, truly, it does as such in correctly 365 days, 5 hours, 48 minutes, and 45 seconds (365.242189 days). In this way, when we add multi day to the year every 4 years, we end up over-rectifying just barely.

As it were, it implies that when we add 1 day to the long stretch of February every 4 years, over a given timeframe, we wind up including excessively! So as to expel that overabundance expansion, we expel 1 day from the year every 100 years. That is the reason century years like 1700, 1800, 1900, 2100 and so forth are NOT leap years.

However, using this mode of correction of the length of a year, when we take out 1 day from a century year, we over-correct in the opposite direction. In simple words, it means that we end up taking out a little too much from a year’s duration. This teeny-tiny amount of time, when accumulated over 400 years, becomes as long as a day. That’s the reason century years that are divisible by 400 are leap years (e.g. 2400, 1600 etc.).

Was 2000 a leap year?

Yes, 2000 was a leap year because 2000 is perfectly divisible by both 4 and 400. The years that are perfectly divisible by both 4 and 400 are leap years.

Since the duration of 1 year in the Gregorian calendar is 365 days only, it becomes necessary to add that extra day to February. If not, then we would miss 6 hours from our calendar every year. 6 hours may not seem to be that significant when one is talking in terms of years, but those 6 hours would continue to accrue and at the end of a century we would be off by roughly 24 days from our calendar!

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