Moon's diameter = 3,474.8 km.
Moon's circumference = (pi) D = 10,916.4 km.
At 80 km per hour, you're talking 10,916.4/80 = 136.455 hours (rounded)
That's 5days 16hours 27minutes 18.3seconds, IF you have good headlights for
crossing the dark side, and you don't have to swerve to avoid craters.
It would take 353
Most moons orbit close enough to their planets that the planet's gravity would render any orbit around a moon unstable in the long term.
you would see all the planets around it and see the moons ground
Neutron stars do not typically have moons. Moons are primarily found in orbit around planets, while neutron stars are highly dense remnants of massive stars that have undergone a supernova explosion.
A gas giant planet is likely to have the most moons due to its size and gravitational influence, which can capture and retain a large number of moons in orbit around it. For example, Saturn and Jupiter in our own solar system have a significant number of moons.
Jupiter has 63 confirmed moons in orbit around it. No planets are in orbit around it, since they would then be classed as moons. The planets in orbit either side of Jupiter are Mars and Saturn.
Muchas lunas. (Speaking of actual satellites around planets) Hace muchas lunas ("Many moons ago") Muchas lunas a partir (in many moons (from now))
4 moons would go across the earth, and 109 earths would go across the sun.
Yes. if they did not they would not be Jupiter's moons.
The moon would spiral inward towards the Earth.
Yes. Ganymede and Titan, which are moons of Jupiter and Saturn, are larger than the planet Mercury. Several other moons in the solar system, including our own moon, are larger than Pluto, which was formerly considered a planet. These moons would likely be considered planets if they had their own orbits around the sun.
Moons orbit Jupiter because of the combined influence of gravity. and the forward motion of the moons. If there were gravity along, the moons would fall into Jupiter. If there were only forward motion, the moos would fly off into space.