Yes, but you would need to know the velocity of the object travelling there and also the distance between the earth and Europa at the point of time you left, while calculating the orbital distance difference of Jupiter and Europa whilst travelling.
A rough estimate (ignoring those variables) would be the distance from the sun to Jupiter is 5.2au (with the distance of Europa from Jupiter being 0.004au, so we'll ignore it), so the distance from Earth to Europa is 4.2au at minimum distance. (1au = ~150,000,000km)
Because the speed is unknown at present, we'll say the speed the object (space shuttle) is travelling at is 30,000kph, that would make the time 875 days to travel there at constant speed. Walking there would take 14,383 years.
A year on Europa is 1,277.5 Earth days.
Europa's rotation takes 3.55 days. Its period is synchronous with its orbit.
It would take about a month.
long time compare to earth
they would die before they finished
A year on Europa is 3.5 Earth years.
A year on Europa is 1,277.5 Earth days.
It takes 85 hours 3½ Earth days for Europa to rotate on its axis. It also takes 85 hours for Europa to complete one orbit around Jupiter.
To the Moon Europa, you mean? Europa is a Moon of Jupiter; Jupiter is at a distance of about 40 minutes, on average. The distance from Earth varies, both because of the excentricity of Jupiter's orbit, and (mainly) because of the fact that the Earth goes on its orbit around the Sun.To the Moon Europa, you mean? Europa is a Moon of Jupiter; Jupiter is at a distance of about 40 minutes, on average. The distance from Earth varies, both because of the excentricity of Jupiter's orbit, and (mainly) because of the fact that the Earth goes on its orbit around the Sun.To the Moon Europa, you mean? Europa is a Moon of Jupiter; Jupiter is at a distance of about 40 minutes, on average. The distance from Earth varies, both because of the excentricity of Jupiter's orbit, and (mainly) because of the fact that the Earth goes on its orbit around the Sun.To the Moon Europa, you mean? Europa is a Moon of Jupiter; Jupiter is at a distance of about 40 minutes, on average. The distance from Earth varies, both because of the excentricity of Jupiter's orbit, and (mainly) because of the fact that the Earth goes on its orbit around the Sun.
Maybe twenty years. Give or take five of them. ___ Well, if you were to get on a space ship (since Europa is one of Jupiter's moons) traveling the normal speed of 25,000 mph, it would take you 14912.9 hours, or 621 days, or 1 year and 8 months at that constant speed for the time when Jupiter and Earth are aligned. If they were opposite in orbit, it would take 40,000 hours, or 1667 days, or 4 and a half years.
The revolution period of Europa is 3.55 days
Europa's rotation takes 3.55 days. Its period is synchronous with its orbit.
I would recomend measuring a pumpkin based on its mass, which can be found by weighing it (not that weight= mass, but weight can be used to determine mass as long as the pumpkin remains on Earth) You could also determine the volume by measuring how much water it displaces. I would stick to mass, though
The meter used the size of the Earth as a measurement. It is 1â„10,000,000 part of one half of a a meridian. A meridian is a measurement of longitude.
One full rotation of any planet on its axis is the length of that planets day, Earth included.
Its equator is approx 9800 km long.
Just over 3.5 days.