If by "rotational period" you mean the time it takes for Jupiter to rotate once about its own axis, or how long is one "Jovian day", then the answer is 9.9 hours, which is faster than Earth. So the question is wrong from the outset. If you mean the time it takes to orbit the sun, or a Jovian year, it takes about 11.9 Earth years, which is faster than any of the planets beyond it. Again, the question is founded on incorrect details.
It takes the Moon about 27 1/2 days to revolve once around Earth.
Europa is one of the many moons of Jupiter (one of the four main moons).
Just short of 88 days.
Mercury: 88 days Venus: 225 days Earth: 365 days Mars: 687 days Jupiter: 4,332 days Saturn: 10,759 days Uranus: 30,687 days Neptune: 60,190 days
60,190by= aishwarya
It takes 686.971 days to revolve around the sun, about 687 days.
It takes 686.971 days to revolve around the sun, about 687 days.
-- The moon you see in our sky is nowhere near Jupiter. It revolves around the Earth once every 29.53 days. -- As of right now (early 2012), we know of 66 moons that revolve around Jupiter. Their orbital periods range from 7 hours to 982 days.
It will take the moon 27.32 days to revolve around the earth.
132 years
It takes 686.971 days to revolve around the sun, about 687 days.
The moon we see doesn't, but all of Jupiter's moons do. (About 50)
12 years.
It takes the Moon about 27 1/2 days to revolve once around Earth.
10759.22 days.
It takes Earth approximately 365.25 days to revolve around the sun, while other planets have different orbital periods. For example, Mercury orbits the sun in about 88 days, Venus in about 225 days, Mars in about 687 days, Jupiter in about 4,332 days, and so on.
Europa is one of the many moons of Jupiter (one of the four main moons).