
In which of the following year the month of February gets 29 days?
(A) Solar year
(B) Lunar year
(C) Leap year
(D) Light year
Answer
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Hint: Leap years are years where an extra, or intercalary, day is added to the end of the shortest month, February. The intercalary day, February 29, is commonly referred to as leap day. Leap years have 366 days instead of the usual 365 days and occur almost every four years.
Complete answer:
Jump days keep our current Gregorian schedule in arrangement with Earth's upsets round the Sun. It takes Earth roughly 365.242189 days, or three hundred and sixty five days , 5 hours, 48 minutes, and 45 seconds, to hover once round the Sun. This is often referred to as a solar year , and it begins the vernal equinox.
Be that because it may, the Gregorian schedule has just three hundred and sixty five days during a year. within the event that we didn't include a jump day leap day just about like clockwork, each schedule year would start around 6 hours before the world finishes its transformation round the Sun (see representation).
As a result, our time retribution would gradually float separated from the solar year and obtain progressively out of sync with the seasons. With a deviation of roughly 6 hours out of every year, the seasons would move by around 24 schedule days inside 100 years. Permit this to occur for a few time, and hemisphere inhabitants will observe Christmas in summer during a matter of a few of many years.
Jump days fix that blunder by giving Earth the additional time it must finish a trip round the Sun.
The correct answer is Option ‘C’.
Note: If the solar year was precisely 6 hours longer than a civil year with three hundred and sixty five days , we could use the Julian calendar , which adds a bissextile day every 4 years without exception.
Complete answer:
Jump days keep our current Gregorian schedule in arrangement with Earth's upsets round the Sun. It takes Earth roughly 365.242189 days, or three hundred and sixty five days , 5 hours, 48 minutes, and 45 seconds, to hover once round the Sun. This is often referred to as a solar year , and it begins the vernal equinox.
Be that because it may, the Gregorian schedule has just three hundred and sixty five days during a year. within the event that we didn't include a jump day leap day just about like clockwork, each schedule year would start around 6 hours before the world finishes its transformation round the Sun (see representation).
As a result, our time retribution would gradually float separated from the solar year and obtain progressively out of sync with the seasons. With a deviation of roughly 6 hours out of every year, the seasons would move by around 24 schedule days inside 100 years. Permit this to occur for a few time, and hemisphere inhabitants will observe Christmas in summer during a matter of a few of many years.
Jump days fix that blunder by giving Earth the additional time it must finish a trip round the Sun.
The correct answer is Option ‘C’.
Note: If the solar year was precisely 6 hours longer than a civil year with three hundred and sixty five days , we could use the Julian calendar , which adds a bissextile day every 4 years without exception.
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