one complete on the earth's axis is known as a rotation
rotationis one complete spin on earths axis!!!
Yes. When we're talking about the Earth, 'spin' and 'rotate' are the same thing.
The sidereal rotation period of Mars - one spin on its axis relative to background stars, is 24.623 hours. This is very similar to the earths sidereal rotation period.
Mercury takes about 58.6 Earth days to complete one rotation on its axis. This is known as a "solar day" on Mercury.
The time taken for a planet to spin on its axis is called a "day." Specifically, it refers to the period it takes for the planet to complete one full rotation relative to the stars, known as a "sidereal day," or relative to the sun, known as a "solar day." Each planet has a different length of day based on its rotation speed.
rotationis one complete spin on earths axis!!!
That's "rotation".
Yes. When we're talking about the Earth, 'spin' and 'rotate' are the same thing.
a day
The sidereal rotation period of Mars - one spin on its axis relative to background stars, is 24.623 hours. This is very similar to the earths sidereal rotation period.
one rotation is one day.
one complete spin on the axis.
Yes, all planet do. Mars' axial rotation period is very similar to earths, taking 24 hours and 39 minutes to complete one solar or apparent day.
Each spin of the earth is called a rotation of the earth on it's axis.
Mercury takes about 58.6 Earth days to complete one rotation on its axis. This is known as a "solar day" on Mercury.
These happen because the axis of Earths spin in inclined at an angle from the normal of to the plane in which it orbits the Sun.
These happen because the axis of Earths spin in inclined at an angle from the normal of to the plane in which it orbits the Sun.