It depends on a few things. The orbital period is a function o the planets mass and it's distance from the sun - see Keplers laws of planetary motion. Mercury is the closest planet to the sun and takes 88 days to make one orbit. Neptune is the furthest planet and takes nearly 165 years to make one orbit.
The moon's orbital period around Earth is about 27.3 days. This is known as the sidereal month.
Betelgeuse doesn't revolve around the sun. It is a star, even larger than the sun, and much too far away for the sun to have much effect on it.
one year or 365 days or 12 months :)
Because they are farther away from the sun, and the sun is what they revolve around, so they have a longer distance to go. That obviously makes the day longer on that planet, along with all other time measurements. Some planets take longer to revolve because of their distance to the sun. The further a planet is, the more distance it has to cover and the weaker the sun's gravitational pull is. Planets farther away from the sun move more slowly, and have more distance to cover.
no
A year.
If the planet was exactly in between Mars and Jupiter, it would take 3645.029 days.
It takes one year for us to make a revolution around the Sun.
The planet Jupiter takes 4,332.71 days to orbit the Sun. That's 11.86 years.
No, it is the sun's gravity that affects the planets revolutions. The planet's distance from the sun is also very important in the time it takes to revolve around the sun.
Well, I live on Neptune, so our year is like 165 Earth years. I'll never have a birthday. -.-
It takes 365 1/4 days to revolve around earth.
it takes mercury 88 earth days to revolve around the sun
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12 years
Don't be dumb.
4.6 years.