This varies, depending mainly on collisions that have occured in the past.
The rotation periods in days (time taken for the planet to rotate once on its axis relative to background stars) for each of the planets is as follows;
Mercury = 58.646
Venus = -243.019 (spins in opposite direction)
Earth = 0.997
Mars = 1.026
Jupiter = 0.410
Saturn = 0.426
Uranus = -0.718 (spins in opposite direction)
Neptune = 0.671
This is different to an `apparent day` as an `apparent day` factors in the movement of the planet around the sun during its rotation.
negative results for Venus and Uranus show that these planets spin in the opposite direction to most other planets (retrograde).
The moon rises about 50 minutes later each night, due to its orbit around Earth and the rotation of our planet.
The smallest planet, Mercury, has a period of rotation of about 59 Earth days. Its slow rotation speed means that a day on Mercury (from one sunrise to the next) is much longer compared to a day on Earth.
The planet Venus takes approximately 243 Earth days to complete one rotation on its axis. This is much longer than 28 days. The planet Mercury has a rotation period of about 59 Earth days, also longer than 28 days.
The period is 24 hours, governed by the Sun rising and setting. But this is a trick question because during that 24 hours, the Earth has gone round its orbit a little so it has to rotate for four extra minutes each day to get to noon with the Sun at the same place in the sky. The period relative to the stars is 23 hours 56 minutes, so our 24-hour day makes all the stars rise and set four minutes earlier each day.
The amount of light and warmth a planet receives depends on its distance from its star, the type of star it orbits, its atmosphere, and any greenhouse gases present. The planet's tilt and rotation also play a role in determining how much sunlight reaches different parts of the planet.
Nothing, except the speed of the rotation and how much the planet is tilted on its axis.
The moon rises about 50 minutes later each night, due to its orbit around Earth and the rotation of our planet.
Earth, but there's not much difference.
The smallest planet, Mercury, has a period of rotation of about 59 Earth days. Its slow rotation speed means that a day on Mercury (from one sunrise to the next) is much longer compared to a day on Earth.
The length of a day on a planet is determined by its rotation period, which is the time it takes for the planet to complete one full rotation on its axis. This rotation period varies for each planet, resulting in different lengths of day across the solar system.
The planet Venus takes approximately 243 Earth days to complete one rotation on its axis. This is much longer than 28 days. The planet Mercury has a rotation period of about 59 Earth days, also longer than 28 days.
Uranus has a different rotation around its axis because it is tilted at an angle. I hope this helps! The angle is much bigger at about 98 degrees. That's the difference. The angle of tilt is away from the perpendicular to the planet's orbital plane, of course.
Answer: 130 degrees. 360x4=1440 degrees. So each time we have 360 degree rotation, we end up where we started. The rotation will be 1575-1440=130 degrees.
Yes, the atmosphere rotates along with the Earth due to the planet's rotation. This rotation helps generate wind patterns and influences the movement of weather systems on the planet.
A gaseous planet will experience stronger winds and a more pronounced bulging at the equator due to the faster rotation. This can lead to more turbulent weather patterns and cloud formations on the planet.
The period is 24 hours, governed by the Sun rising and setting. But this is a trick question because during that 24 hours, the Earth has gone round its orbit a little so it has to rotate for four extra minutes each day to get to noon with the Sun at the same place in the sky. The period relative to the stars is 23 hours 56 minutes, so our 24-hour day makes all the stars rise and set four minutes earlier each day.
In many ways we are (Earth). Mass and size, and thus gravity is close. But Venus has no moon, a very slow rotation, and an atmosphere that makes ours look puny. And that slow rotation means not much of a magnetic field.