PlanetDays to orbit sunMercury87.97Venus224.70Earth365.26Mars686.97Jupiter4331.57Saturn10759.22Uranus30799.10Neptune60190.00
The moon closer to the planet would complete a revolution first, as it would need to cover a shorter distance in the same amount of time compared to the moon that is twice as far away. This is due to the fact that the closer moon has a smaller orbit and shorter path around the planet.
The moon closer to the planet would complete an orbit first because it has a smaller orbit, which means it has a shorter distance to travel around the planet compared to the moon that is farther away.
A year by definition is the time it takes a planet to orbit the Sun, therefore a planet year is different depending on what planet you are discussing. a planet closer to the Sun would have a shorter year (less distance to travel) whereas a planet farther from the Sun would have a longer year (more distance to travel)This is the time taken for the planet to orbit once around the sun. An earth year is still an earth year, regardless of what plaet you are on.The period of time that it takes for a planet in our solar system to make a complete revolution around the sun.As such due to their differing orbits this can vary considerably from an 88 day year for Mercury (approx. 1/4 of an Earth year) up to a 90,613 day year for Pluto (approx. 248 Earth years).
Neptune would move the slowest. The orbit speed is related to the distant the planets are to the sun. Farther the planet, slower the pace. Remember, Pluto is no longer a planet.
Your question is not complete; slowed doen by how much? right now it takes 29.5 earth days for the moon to make one complete revolution around Earth. So if the speed of moon slows down by half of what it is now, then it would take twice as much time as it take now revolve around Earth
dead
The moon closer to the planet would complete a revolution first, as it would need to cover a shorter distance in the same amount of time compared to the moon that is twice as far away. This is due to the fact that the closer moon has a smaller orbit and shorter path around the planet.
To witness one complete revolution of the planet Pluto, you would have to be at least 248 years old.
The revolution of planets in the solar system refers to the motion of a planet in its orbit around the Sun. Each planet follows an elliptical path with the Sun at one of the foci. The time it takes for a planet to complete one revolution is known as its orbital period.
if i went to mars to check without being trained i would die
There is no planet with a revolution period of 164 Earth days. Neptune, however, has a revolution period of 164.8 Earth years.
because each planet are different lengths away from the sun so if would then take longer periods of revolution around the sun
I think the longer it takes to rotate around the sun. If you're farter from the sun, in most cases it will take longer to revolve aroungd it once. If you are closer to the sun it will take less time to revolve around the sun. it might even have something to do with gravatational pull and the mass of the planet.
Jupiter, its day is 9.84 Earth hours long. This is incorrect. Revolution refers to the years on a planet. So that statement would be correct if you were talking about rotation. As to the correct answer, I have no idea. if you dont have the correct answers than don't put in the wrong answer.
The moon closer to the planet would complete an orbit first because it has a smaller orbit, which means it has a shorter distance to travel around the planet compared to the moon that is farther away.
The 1 that is furthest away
A year by definition is the time it takes a planet to orbit the Sun, therefore a planet year is different depending on what planet you are discussing. a planet closer to the Sun would have a shorter year (less distance to travel) whereas a planet farther from the Sun would have a longer year (more distance to travel)This is the time taken for the planet to orbit once around the sun. An earth year is still an earth year, regardless of what plaet you are on.The period of time that it takes for a planet in our solar system to make a complete revolution around the sun.As such due to their differing orbits this can vary considerably from an 88 day year for Mercury (approx. 1/4 of an Earth year) up to a 90,613 day year for Pluto (approx. 248 Earth years).