Jupiter is very heavy.
No, Jupiter is not a source of light. It reflects light from the Sun, making it visible from Earth.
Jupiter and its moons get light from the same source we do: the sun.
Yes. There is energy eberywhere. Jupiter gets light from the sun and produces light in its aurorae. There is thermal energy as it is not absolute zero, and there is kinetic energy from Jupiter's winds.
Jupiter itself does not emit light, so it can be considered dark. However, it reflects light from the Sun, so it can appear bright in the sky.
Venus has a shorter travel time in light years from Earth compared to Jupiter. The distance between Earth and Venus can range from about 0.28 to 0.69 light minutes, while the distance to Jupiter ranges from about 32 to 53 light minutes.
Heavy.
Jupiter contains the fewest heavy elements. Unlike other planets, Jupiter is a gas planet, and contains mostly light elements.
you will probablly be has light as a two year oldincorrect. Jupiter's gravity is far more heavy than earths, you'd way about 2.64 times more on Jupiter.
No, Jupiter is not a source of light. It reflects light from the Sun, making it visible from Earth.
Jupiter and its moons get light from the same source we do: the sun.
Jupiter does not have light other than the lighting thunderstorms which give off the light.
Yes. Even though its a planet of condensed gas its heavy.
It is not possible to light a fire on Jupiter because there is no oxygen in its atmosphere, which is necessary for combustion. Jupiter is comprised mainly of hydrogen and helium gas.
Well, Jupiter is a gas giant and the largest planet in our system. But, im still confused when you say "heavy" atmosphere can you clarify??
Another word for "light" as in not heavy is "lightweight."
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.
No. A true "failed star" is considered a brown dwarf. Though they commonly have a very similar diameter of Jupiter, they are massive enough to fuse deuterium ('heavy hydrogen'), and this distinguishes them from the heavy, dense planets like Jupiter.