Ganymede

Assuming you mean 40,323 km/h, it would take a rocket approximately 3.6 years to get to Ganymede, which is one of Jupiter's largest moons located about 628 million kilometers away from Earth. This calculation factors in the distance to Ganymede and the speed of the rocket.

Ganymede and Io are both moons of Jupiter.

Ganymede is bigger than Mercury.

There is no real answer to that. It just is larger than it.

Ganymede is the seventh moon of Jupiter.

Homosexuality was around much longer than Greek myths. Also, none of those people really existed.

Io, Ganymede, Callisto, and Europa stay in orbit with Jupiter cause Jupiter has a strong gravitational pull on celestial bodies around it.

Because, by Kepler's laws of motion, they have to go different speeds to maintain their orbits, and though they also have different distances to go because they are different distances from the planet, the speeds are so different that they take different amounts of time to orbit the planet.

Find what the mass here on earth is then multiply it by three

Ganymede, Jupiter's moon, receives very little sunlight as it is located within Jupiter's magnetosphere. Only a small fraction of the sunlight that reaches Jupiter itself is able to reach Ganymede. This limited sunlight makes the moon a cold and dark environment.

alex derevjagin found it and explored it and decided to name it randoml

alex derevjangin found ganymede and wanted to name it it was named after his great great graet grandmother gany sername derevjagin and added mede after his best friends nickname greke style

not true

Jupiter's moon Io is the most volcanically active world in the Solar System

Ganymede is regarded as a moon because it orbits a planet. In order to be considered a planet it would have to orbit the sun.

These large moons, named Io, Europa, Ganymede, and Callisto, are each ... system (larger than the planet Mercury).

Ganymede's surface is heavily cratered and crossed by strange grooves and ridges, wich have been described as tire tracks in the desert

yes

Ganymede is Jupiter's largest moon, and Jupiter sits nearly 800 million kilometers from the sun. The speed of light is 300,000 kilometers per second. So do the math and you'll see that it takes about 43 minutes for sunlight to reach Ganymede from its source.

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night time:193c to -135f

Day time: -113c to -183c

Ganymede, Jupiter's largest moon, does receive sunlight as it orbits Jupiter. However, Ganymede does not have a significant atmosphere to trap and store energy like the Earth, so the sunlight it receives does not result in significant energy accumulation.

Ganymede orbits Jupiter, as it is one of Jupiter's moons. It follows an elliptical path around Jupiter, completing an orbit roughly every seven days. Ganymede's orbit is influenced by the gravitational pull of Jupiter and the other moons in the Jovian system.

Ganymede, the moon of Jupiter, is in orbit around Jupiter so its transit around the Sun would be the same as Jupiter's, about 11.8 Earth years.

1036 Ganymede, the asteroid, has an orbital period of about 4.34 Earth years.

Ganymede is the largest moon of Jupiter and is located approximately 3.5 astronomical units (AU) from Earth on average.

Ganymede, Jupiter's largest moon, is not currently considered volcanically active in the same way that some other celestial bodies, like Io, are. However, there is evidence suggesting that Ganymede may have experienced cryovolcanism in the past, which involves the eruption of water or other volatiles instead of molten rock. Recent observations have indicated that its icy surface might still be geologically active, possibly due to tidal heating from Jupiter's gravitational influence. Nonetheless, no active volcanic eruptions have been observed on Ganymede.

Ganymede and Io have an average surface temperature of 110º K (-163.15º C), Europa's is 103 K (-171.15º C), and Callisto's is is 134º K (-139.15º C). We know little about the temperature of the ocean's beneath the ice on Ganymede, Europa, and Callisto, however we can guess that there is some kind of heat generated from tidal heating.