It takes one "lunar month" of about 28 days (27.32 days)
The rotation of the moon on its axis, and its revolution (orbit around the Earth) each take the same amount of time. This is called "tidal locking" and means that one side of the Moon is always facing the Earth, while the other side (the far side, sometimes erroneously called the dark side) is always facing away. Because the Moon's orbit is not a perfect circle, and does not orbit directly over the equator, some areas along the "east and west" edges of the Moon will experience times when the Earth is visible and times when it is not.
It is actually 27.3 days but to simplify about 1 month.
27.32 (a+)
365 days, or a year.
It does NOT orbit on its axis, but rotates on its axis. It takes 24 hours, one day, to make one complete rotation. However, It does ORBIT the Sun. It takes the Earth 365.25 days, one year, for make one complete orbit of the Sun. Whilst it is making this orbit it is also rotating on its axis, as above.
rotation (as opposed to orbiting, which describes the earth's movements around the sun)
rotation around the sun approx 365 rom cal days and one revolution approx 24 hours
the earth's revolution makes the years, the earth's rotations make the days and nights, the tilted axis makes the seasons
it take Venus about 42 earth days to make a complete rotation on its axis
Roughly 4 minutes less than 24 hours.
It takes approximately 10 hours for jupiter to spin on its axis
Ceres sidereal rotation period is about 0.3781 days.
365 days, or a year.
29 Earth days.
360 times
Venus, which rotates backwards in comparison to Earth, takes 243 days to make a full rotation on its axis.
27.3 days.
It does NOT orbit on its axis, but rotates on its axis. It takes 24 hours, one day, to make one complete rotation. However, It does ORBIT the Sun. It takes the Earth 365.25 days, one year, for make one complete orbit of the Sun. Whilst it is making this orbit it is also rotating on its axis, as above.
165 years
The Earth takes 23 hours, 56 minutes to complete a sidereal orbit (the length of time the constellations appear to take for one rotation), but 1 day, or one rotation of the Earth on its axis is 24 hours.