It really depends on the distance between Earth and Jupiter at the time and the speed you are going.
Scientists launching the New Horizons probe to Pluto used Jupiter's gravity as a slingshot (to accelerate the probe on to Pluto) in 2007. The probe was launched on January 19, 2006, and reached Jupiter in just 13 months (the fastest ever probe to do so).
Ganymede, a moon of Jupiter, is orbits the planet at a distance of 1.070x106 km. Jupiter's distance from Earth ranges from 588.5x106 km to 968.1x106 km, depending on it's location in it's orbit relative to Earth. Ganymede's distance from Earth, then, would range between 482.5x106 km and 1075.1x106 km.
If a spacecraft was travelling at the speed of light (which is equal to about 3x108m/s, or 3x105km/s), then it would take anywhere from 1608s (or 26.8 minutes) to 3227s (or 54 minutes), depending on where the Ganymede, Jupiter, and the Earth are relatively located to one another.
Since Ganymede orbits Jupiter, we can use flight times to Jupiter. Travel times vary direct flight to Jupiter would take 2 to 3 years, but most probes have taken less direct routes, flying by Venus and Earth for gravity assist maneuvers for a longer but more fuel-efficient flight. Such voyages have lasted 5 to 6 years.
Aproximatly 4 years with the speed of current rockets.
11.86 years
2 minutes
Mars revolves on its axis once in 24.6229 hours.
One Mars year.
A question that cannot possibly be answered. How long will it take to walk all of Earth? You can go for years (decades) and still have not been everywhere. Walking on Mars would definitely take even more time as the movements there will be much slower. Present Mars exploration scenarios (for a visit by humans) provide for a stay of a couple of days only.
i would take an astranant to mars
about 50 years
28 days
Mars revolves on its axis once in 24.6229 hours.
it takes 1 day
687 earth days.
24hours and 37 minutes
If the Earth takes 1 year to orbit the Sun, Mars orbits the Sun in 1,8 years.
One Mars year.
i dont exactly know what you mean about the time
Because spacecraft don't travel in a straight line from Earth to Mars, as it would take too much energy. Instead they go on long eliptical transfers to meet up with where Mars will be at a later time.
10 years