It depends, in a way, how you keep track of a complete spin.
If you use a distant, fixed star as the starting/finish line, then it takes 23 hours 56 minutes 4 seconds
to spin, from seeing that star to seeing it again in the same place.
If you use the sun as the reference marker, then it takes 24 hours.
24 hours
a day
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.
It takes the earth to spin once on its axis 1 day i hope this helped :)
It takes 1 sidereal day for the to earth to spin on its axis. That is 23.93447 hours.
it takes a year
Neptune takes 16 hours 6 minutes and 36 seconds to rotate or spin once on its axis, or 0.67125 Earth days.
the time it takes the earth to spin around on its axis
No. It's much slower. The Earth takes a day to spin round. The Moon takes a month.
Mars takes about 24.6 hours to complete one full rotation on its axis, which is slightly longer than an Earth day.
The moon spins once on its axis every month; one sidereal period around earth is equal to one complete rotation on its axis. If the moon did not rotate, all of its surface would be visible from earth over the course of a month.
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.
It takes 10.2 Earth hours for Saturn to complete one Saturn day which in other words means spinning once on axis.