about thousand times
It's not possible
If the planet was exactly in between Mars and Jupiter, it would take 3645.029 days.
The size of the planet has nothing to do with it, what matters is how long it takes to go around the sun or parent star.
about five times less than earth
The time it would take to travel to each planet one at a time would depend on the distance between each planet, the speed of travel, and the alignment of the planets. On average, it could take several years to visit all the planets in the solar system due to the vast distances and differing orbits of each planet.
The time between sunrise and sunset would be shortest on planet Mercury. This is because Mercury has a very short rotation period, completing one rotation on its axis in just about 59 Earth days; resulting in a relatively short day and fast movement around the sun leading to quick sunrises and sunsets.
If a planet is not turning on its axis, then essentially there is no day and night. One side of the planet would be day, the other, night. I personally think the day side of the planet would roast and the night side would freeze, but that's just me.Note: In fact, the planet would have long days and nights because of its orbit around the Sun.
As the Mars rover would be on the planet for a long time it would have to use solar energy alone to move around.
denpends on two things one: which planet two: ur speed
The moon's orbital period around Earth is about 27.3 days. This is known as the sidereal month.
Since the planet was made.
A year.