The moon itself does not emit light, we only see it because it reflects the sun's light towards us.
Jupiter and its moons get light from the same source we do: the sun.
The source of light in outer space varies. Light can be reflected off from the stars, moons, comets, asteroids and planets.
The luminous light source in the solar system that illuminates Jupiter's moons, including when light bounces off them, is the Sun. Jupiter and its moons receive sunlight, which provides the illumination observed from Earth.
No. Planets and moons reflect light.
Saturn's primary source of light is the Sun. The Sun illuminates Saturn just like it does the other planets in our solar system. Additionally, Saturn's rings and moons also reflect sunlight, adding to the brightness of the planet.
Planets and Moons only reflect light, they do not 'give off light'.
Stars (of which our sun is one) are the only sources of light in space. Planets, moons, asteroids, comets, etc. all simply reflect starlight.
They don't. It's the planets and moons that reflect the light of stars.
There is no 'primary light source', as in one object that provides most of the light. In this solar system, our sun provides the primary light source. Other stars provide most of the light for other areas of the galaxy. The source of the shininess is light reflecting off the atmospheres or gases surrounding the planet. Please note that you should restrict your posts to one question per post.
Yes. Any two surfaces that reflects light can reflect off each other. They must have a light source though like a sun.
No, the moon reflects the suns light to make it shine
if you have enough light and water