It doesn't reflect, it goes straight there.
Jupiter and its moons get light from the same source we do: the sun.
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.
Jupiter is a gas planet that was too small to become a sun itself. The fact that it is orbited by 67 natural satellites makes it similar to the solar system and its many orbiting satellites. The biggest difference is the light from Jupiter's moons comes not from Jupiter itself but from the sun it orbits.
The objects that revolve around and reflect light from the Sun include planets, moons, asteroids, and comets within our solar system. Planets like Earth and Mars reflect sunlight, making them visible from space and on Earth. Additionally, moons orbiting these planets also reflect sunlight, contributing to their visibility in the night sky. These celestial bodies do not emit their own light; instead, they shine by reflecting the Sun's light.
All moons orbit around planets, whereas not all planets have moons. Moons are generally smaller in size compared to planets and lack an atmosphere. Moons also lack the ability to emit light on their own, unlike planets which may reflect light from the sun.
No, Jupiter's moons do not have phases like Earth's moon. Phases are caused by the changing positions of the sun, Earth, and moon, but Jupiter's moons have no light of their own and do not reflect sunlight in the same way.
Jupiter and its moons get light from the same source we do: the sun.
It shines directly on both Jupiter and its moons. There is no reason it shouldn't, as, other than periodic eclipses from Jupiter, nothing blocks the sunlight from reaching those moons. The moons do get some reflected light from Jupiter as well, just as Earth gets some light from our moon.
The planet you are referring to is likely Saturn, which has dark spheres called moons, such as Mimas and Enceladus, that reflect light from the Sun. These moons have reflective surfaces due to icy compositions that make them appear bright when illuminated.
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.
because they reflect the light from the sun
No, many moons in our solar system reflect light from the Sun. Moons like Europa, Ganymede, and Titan also reflect sunlight, just like Earth's moon.
it depends if its near a sun. remember, MOONS AND PLANETS ARE NOT LIGHT SOURCES. they simply reflect the suns light. therefore, if they are not near enough to a sun, the moons would be dark, as would the planet, cos there is hardly any light to reflect. (oh and there is no known planet with 62 moons.)
Im not sure which moon of Jupiter your are talking about, because Jupiter has 63 moons. But the moons are about 22572172.8 miles from the sun.
Callisto, one of Jupiter's moons, is about 481 million miles away from the sun. In terms of light-years, it is roughly 0.000005 light-years from the sun.
Actually the moon can not reflect on the sun at night. The sun is at an angle which still allows it to generate light to the moons surface which gives up moonlight
Jupiter is a gas planet that was too small to become a sun itself. The fact that it is orbited by 67 natural satellites makes it similar to the solar system and its many orbiting satellites. The biggest difference is the light from Jupiter's moons comes not from Jupiter itself but from the sun it orbits.