You're asking about the apparent brightness of moons as seen from the surface of the planet they orbit. To answer that, we need to consider a few factors:

* Distance from the planet: Closer moons appear brighter.

* Size of the moon: Larger moons reflect more light.

* Reflectivity (albedo): Some moons are more reflective than others.

Here's a breakdown of some prominent moons, starting with the brightest:

* Earth's Moon: The most obvious choice, it's close, relatively large, and has a moderate albedo.

* Jupiter's Io: While smaller than Earth's Moon, Io is extremely close to Jupiter and has a relatively high albedo.

* Jupiter's Europa: Similar size to Earth's Moon, but with a slightly lower albedo.

* Jupiter's Ganymede: The largest moon in our solar system, but its distance and relatively low albedo make it appear dimmer than Io or Europa.

* Saturn's Titan: A large moon with a thick atmosphere, which scatters light and makes it appear dim, despite its size.

* Saturn's Rhea: Smaller than Titan, but with a slightly higher albedo, making it appear brighter from Saturn's surface.

Important Note: This is a very general comparison. The actual brightness of a moon as seen from the surface of its planet depends on factors like:

* Time of night: The moon's position in the sky affects its apparent brightness.

* Atmospheric conditions: Clouds and haze can significantly dim a moon's light.

Let me know if you'd like to explore a particular moon in more detail!