Jupiter does not generate light except by the lightning storms in its atmosphere. (And by virtue of comet or other space objects passing into its atmosphere, as seen in 1994 when Comet P/Shoemaker-Levy 9 came to call.) It does, however, reflect a lot of light from the sun. Pictures commonly seen of Jupiter and its signature red spot come to us as a result of Jupiter reflecting sol's radiation.
Jupiter does not have light other than the lighting thunderstorms which give off the light.
Jupiter is a planet, not a star, because it does not generate its own light through nuclear fusion like stars do. Instead, Jupiter reflects light from the Sun. Additionally, Jupiter is much smaller than stars and orbits a star (the Sun) like other planets in our solar system.
Jupiter does not produce its own light, but it reflects light from the sun. Due to its distance from the sun, Jupiter appears as a bright object in the night sky when viewed from Earth. It is not a source of light itself.
Jupiter, in a way, could do that. Jupiter does give out its own "light", but it's infra red light, so you can't see it. Jupiter gives out more energy than it gets from the Sun. Incidentally, Saturn and Neptune also do this to some extent.
Jupiter and the sun are both composed mostly of hydrogen and helium, and both emit their own light and radiation. However, Jupiter is a gas giant planet, while the sun is a star. Jupiter does not have enough mass to sustain nuclear fusion in its core like the sun does.
Jupiter does not have light other than the lighting thunderstorms which give off the light.
Jupiter is a planet, not a star, because it does not generate its own light through nuclear fusion like stars do. Instead, Jupiter reflects light from the Sun. Additionally, Jupiter is much smaller than stars and orbits a star (the Sun) like other planets in our solar system.
No. Like the other planets it only reflects light from the sun.
Jupiter does not produce its own light, but it reflects light from the sun. Due to its distance from the sun, Jupiter appears as a bright object in the night sky when viewed from Earth. It is not a source of light itself.
Jupiter, in a way, could do that. Jupiter does give out its own "light", but it's infra red light, so you can't see it. Jupiter gives out more energy than it gets from the Sun. Incidentally, Saturn and Neptune also do this to some extent.
Jupiter and the sun are both composed mostly of hydrogen and helium, and both emit their own light and radiation. However, Jupiter is a gas giant planet, while the sun is a star. Jupiter does not have enough mass to sustain nuclear fusion in its core like the sun does.
No, Jupiter was never a star in the past. Jupiter is a planet in our solar system, not a star. Stars are massive balls of gas that produce their own light and heat through nuclear fusion, while planets like Jupiter do not have enough mass to sustain nuclear fusion and instead reflect light from the sun.
No. The stars make their own light, but the planets only relect light from the sun.
The primary source of light that enables astronomers to see Jupiter through a telescope is sunlight reflecting off the planet's surface and atmosphere. Jupiter also emits its own light, known as intrinsic radiation, which contributes to its visibility in the night sky.
No, Jupiter is not a source of light. It reflects light from the Sun, making it visible from Earth.
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.
Make a campfire