That really depends on the speed. A ray of light will take less than an hour to reach Jupiter. Going with a spacecraft with current technology, it takes several years.
One year on Jupiter is equal to 11 Earth years
Jupiter's length of orbit, or its orbital period, is about 4,332.82 Earth days, which is equivalent to roughly 11.9 Earth years.
Jupiter is the fastest rotating planet. It is 9.9 hours in a day and 12 earth years on Jupiter.
Jupiter's orbit is roughly 11.86 Earth Years.
Using Kepler's 3rd(?) law, the duration of a planet's orbit squared is the same as the planet's distance from the Sun cubed . Jupiter is (on average) 5.2 times further from the Sun than our planet, so we say 5.2 AU(Astronomical Units- distance from Earth to Sun) Using Keplers Law Length of Jovian Orbit Squared = 5.2 cubed (5.2x5.2x5.2) = 140.608 So to get the Jovian Orbital Duration we need the square root of 140.608 Which is 11.858. That's roughly 12 years
To calculate a person's age on Jupiter, you would need to divide their age on Earth by the length of Jupiter's year, which is approximately 11.86 Earth years. So, if someone is 30 years old on Earth, their age on Jupiter would be about 30 divided by 11.86, which is around 2.53 Jupiter years.
Jupiter takes approximately 11.86 Earth years to orbit the Sun once, which is known as its orbital period or "year".
8 Earth years is the same length of time as roughly 2/3 of a year on Jupiter. Sadly, regardless of your age, I would be just as old on Jupiter as I am right here, although there might be some different number to describe it.
This means Jupiter takes precisely twelve Earth years to orbit the sun.
A solar year on Ganymede, Jupiter's largest moon, is approximately 172.5 Earth days. This is the time it takes for Ganymede to complete one orbit around Jupiter.
The time taken by Callisto to orbit the Sun is essentially the same as the length of Jupiter's year: 11.86 earth years.
It took the Galileo Spacecraft about 6 years and two months to get from Earth to Jupiter, using two gravity assists (robbing angular momentum from Venus and Earth).