25 to 36 earth days. Since the sun is not solid, it doesn't have to rotate all as one piece, and it doesn't. Different latitudes rotate at different rates. I'm not sure whether it's the equator or the 'polar' regions that rotates fastest.
The Earth takes approximately 24 hours to complete one full rotation around its axis, resulting in a day-night cycle.
No, it is highly unlikely that Earth will spin off its axis. The Earth's axial tilt is relatively stable, and any changes in its rotation are gradual and natural. Significant events would be required to cause such a dramatic shift.
for a rotation is takes like 365 days or like 365 1/4 days
Cannot be determined with the values you give. A spin rate cannot be defined by a linear dimension, You need to specify the angular dimension and a time value. or the peripheral speed which could be a linear and a time value.
No, the revolution of the Earth (its spin about an axis through the north and south poles) causes night and day. The Seasons are cause by the fact that the Earth's spin axis is tilted and by the orbit of the Earth round the Sun.
It takes 1 sidereal day for the to earth to spin on its axis. That is 23.93447 hours.
1
27.32 earth days
No. Each of those "days" of which the question speaks is the length of time it takes for the earth to spin on its axis. The question is actually referring to the moon, which takes 27.32 days to spin once on its axis.
it never stops spining. One complete rotation of the earth on its axis is called ONE DAY
For one axial rotation it takes 243 Earth days.
10 hours. Or two and a fraction per Earth day.
They spin at a different rate on their axis than the Earth does on its axis.
A Mercurian "day" the (time it takes it go spin once on it's axis) is equal to 58.65 earth days. Mercury turns on it's axis very, very slowly.
Venus rotates once in 243 days.
365 days in a year 366 days in a leap year.
The moon takes about 27.3 days to spin around its axis once, which is the same amount of time it takes to complete one orbit around Earth. This synchronous rotation is why we always see the same face of the moon from Earth.