A year here on planet Earth is 365 and a quarter days long. A "relative length of year" can only be given by comparison with some other object's year. Since we live on the Earth, we usually compare the years of other planets to that of Earth, rather than the other way around. So the year of Mars is 1.88 Earth years and that of Venus is 0.615 Earth years. The year of Earth is 1.000 Earth years.
length of 1 year =365 days .It is 366 for leap year
546,990 ...
No, Because a year on Saturn is 10,832 days while earth's is 365.25 days.
Day and night are of equal length throughout the year at the equator.
5 days
A year here on planet Earth is 365 and a quarter days long. A "relative length of year" can only be given by comparison with some other object's year. Since we live on the Earth, we usually compare the years of other planets to that of Earth, rather than the other way around. So the year of Mars is 1.88 Earth years and that of Venus is 0.615 Earth years. The year of Earth is 1.000 Earth years.
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.
No, length is a relative measure. If an object is travelling close to the speed of light it undergoes Lorenz contraction.
Yom Kippur (the Day of Atonement) is called the holiest day in the Jewish year, during which we fast and pray at great length. However, in terms of relative stringency, the weekly Shabbat has greater holiness.
Hell no
I assume you mean dimension. It is the relative length of the sides and not the actual length that matters. http://mathworld.wolfram.com/IsoscelesTriangle.html
length of 1 year =365 days .It is 366 for leap year
An organization in which all records are a fixed logical record length and records are extracted through the specification of their relative record number.
The Sidereal rotational period (one spin relative to the background stars) is 16 hrs 6 min and 36 seconds. This is approximately the length of one Neptuniuan day. The length of one Neptunian year (one rotation around the sun) is 164.79 years.
what causes the length of the year in the gregorian calender
You divide the length of a side of the first figure by the length of the line in the same relative position in the second figure.