Lo would look the brightest from the surface of Jupiter as it is the closest! Then Europa then Ganymede and finally Callisto I got that homework the other day
lo europe ganymede callisto
Io Europa Ganymede Callisto
i believe that it is Io, Europa, Ganymede then Callisto. This is in order of brightness seen from Jupiter's surface.
Jupiter has 63 satellites/moons. But it has 4 large one known as: 1. Ganymede (largest in the Solar System) 2. Io (most geologically active body in the Solar System) 3. Europa (has ice and rocks on its surface) 4. Callisto (contains many craters)
Because it has the highest albedo, or it's ability to diffuse light from it's surface, combined with the fact that it is the largest moon of Jupiter.
Because it's the inner most satellite and therefor closer to the surface of Jupiter. However, the difference between the other moons is not that much.
lo europe ganymede callisto
Io Europa Ganymede Callisto
i believe that it is Io, Europa, Ganymede then Callisto. This is in order of brightness seen from Jupiter's surface.
Jupiter has 63 satellites/moons. But it has 4 large one known as: 1. Ganymede (largest in the Solar System) 2. Io (most geologically active body in the Solar System) 3. Europa (has ice and rocks on its surface) 4. Callisto (contains many craters)
Because it has the highest albedo, or it's ability to diffuse light from it's surface, combined with the fact that it is the largest moon of Jupiter.
Yes. All major bodies in the solar system have noticeable gravity. Ganymede and Callisto have surface gravities of 14% and 12% of Earth's gravity respectively.
io is the brightest from jupiters surface
The moon Io would look the brightest from the surface of Jupiter because It is the nearest.
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.
The moon Io looks the brightest from the surface of Jupiter. That's because Io is the closest moon to the planet. Io is the moon on the left of the planet.
Europa