About a day, depending on the reference point. Using the Sun as a reference point, it is a day - that is the way the day is defined. But Earth also moves around the Sun in an orbit; if a you use a distant star as a reference point, Earth rotates around its axis once in 23h56m, approximately.
24 hours = 1day for it to spin around once on its axis
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.
the time it takes the earth to spin around on its axis
the time it takes the earth to spin around on its axis
It actually takes 23 hours 56 minutes (and a few seconds) for the Earth to spin exactly one time on its axis. We say that the day is 24 hours exactly because the Earth has continued to travel in its orbit, and it takes the extra 4 minutes for the Earth to spin enough more for the Sun to be in the same apparent position in the sky.
It takes about 27.3 days for the Moon to spin once on its axis, which is the same amount of time it takes to complete one orbit around the Earth. This synchronous rotation causes the same side of the Moon to always face Earth.
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.
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.
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 length of days is controlled by how long it takes the Earth to spin one time on its north-south axis.
10 hours, 39 minutes
this is a dum question