A "sidereal day" on any planet is the time it takes the planet to rotate exactly once on its axis. On Earth that takes about 23 hours and 56 minutes.
There's also the "mean solar day". That depends on the position of the Sun in the sky, and on Earth it's 24 hours long. The "mean solar day" is what's normally meant by an "Earth Day".
The word "day " is also used for the equivalent things on other planets.
For example, Mars has a sidereal day of about 24 hours and 37 minutes, and
Mars has a solar day that's about 2 minutes longer.
period of rotation = day (24 hrs. only for Earth) orbital period = year (not 365.25 days only for Earth)
it is a 7 million temperature difference
earth has living creatures on it......obviously
Those are three different questions; you would be better of asking them as three different questions on this site. The difference between rotation and revolution is that "rotation" refers to a movement of an object around its own axis; while "revolution" refers to a movement around an external object or axis - in this case, around the Sun.
The concept of a 24 hour day cannot be extended to Venus or Mercury as it is to Earth and Mars. On Earth, there is only a tiny difference between rotational time and solar time. On Venus, the difference between the sidereal day (243 Earth days) and the solar day (117 Earth days) makes clock times meaningless.A rotational day on Venus takes about 5832 Earth hours. A sunrise-to-sunrise day takes about 2802 Earth hours. Using either to design a clock would not be practical. Even the defining characteristic of day and night are not important because radar is used to observe the surface beneath the clouds. There is also virtually no difference between day and night temperatures on the surface.One concept that is used for time on Venus is the longitudinal noon, which establishes 360 divisions of rotational time to the 1.92 solar days that exist during the Venusian year (225 Earth days). Of course, the Sun would never actually be visible on the surface.
what is the difference between earth amd mars besides that earth has life
The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.The Romans told the difference between days and months by using a calendar, just as we do.
period of rotation = day (24 hrs. only for Earth) orbital period = year (not 365.25 days only for Earth)
Difference between what? See related question
The difference is that the earth has one and the moon doesn't.
A day is the length of time the Earth takes to rotate once. A year is the time the Earth takes to orbit the sun once. There are about 365.25 days in a year.
Earth has life on it.
the difference is that the earth's theory is similar to that of a hypotheses , structure and compositional layer of the earth.
it is a 7 million temperature difference
one for earth's and neptunes, small
gummy bears
yes there is a difference because into the inferno is after burning earth