It would probably not be a planet at all. For a body to take 1000 Earth years to complete a rotation (as Earth does in 24 hours), it would have to have about 365,250 times the circumference of the Earth, which is about 40,000 km. That would make it more than 14,637,000,000 km (9 billion miles) around, about 3500 times the size of the Sun. If placed in the center of our solar system, such a planet would extend past the orbit of Saturn. This would be a diameter of about 4.66 billion kilometers, larger than the estimated size of the largest star in the observable universe (Vy Canis Majoris).
One day on Uranus is equivalent to about 17.24 Earth hours. Uranus rotates on its axis at a different speed compared to Earth, leading to longer days on that planet.
The equatorial rotational speed for the planet Mars is about 868.22 km/hr or 540 mph. This is far slower than the rotation of Earth (1674.4 km/hr), giving the two planets roughly the same period of rotation (Mars day = 24.6 Earth hours).
Venus is the slowest planet with a rotational speed of 243 Earth days equaling one Venusian day.
A "day" on Saturn is between 10 and 11 Earth hours long (from 10 hours 14 minutes to 10 hours 39 minutes, with the average 10 hours 32 minutes). Saturn's rotational speed is based on the atmosphere and varies by latitude, being fastest at the equator.
One day on Mercury is the equivalent of 58 days, 15 hours, and 30 minutes on Earth, This is because the planet has a very slow rotation.
Mars has a similar rotation speed as the Earth - 24 hours and 38 minutes.
It would take 0.0158 hours although at that rotational speed, the planet would probably blow itself apart.
The planet that orbits the sun at a speed of approximately 110,000 kph is Earth.
Iit takes planet Earth 23 hours and 56 minutes to rotate omits axis once
One day on Uranus is equivalent to about 17.24 Earth hours. Uranus rotates on its axis at a different speed compared to Earth, leading to longer days on that planet.
The time it takes for a planet to complete one full rotation on its axis varies depending on the planet. For example, Earth takes approximately 24 hours to rotate once, while Venus takes about 243 Earth days. The length of a day on a planet is determined by its rotational speed and size.
Jupiter is the planet with the fastest rotation, spinning around its axis once every 9.9 hours. This rapid rotation causes the planet to have an oblate shape, meaning it is flattened at the poles and bulging at the equator.
Earth
earth
The equatorial rotational speed for the planet Mars is about 868.22 km/hr or 540 mph. This is far slower than the rotation of Earth (1674.4 km/hr), giving the two planets roughly the same period of rotation (Mars day = 24.6 Earth hours).
Venus is the slowest planet with a rotational speed of 243 Earth days equaling one Venusian day.
That really depends on what is traveling and at what speed.