Research results in no reliable information regarding the self-luminosity of any planet in the solar system. Planets do not emit light, they reflect it. If any one of the planets were capable of emitting light, it would most likely be Jupiter which is a bit of a failed star, however there seems to be no data indicating that Jupiter does more than reflect the light of the sun.
Edit: Yes, it's not easy to think what this question is getting at. There's the faint "ashen light" sometimes seen on Venus.
Of course the Earth is slightly luminous because of human activity.
But what I think is the most likely answer is "Jupiter". That planet
emits more energy than it could by just reflecting sunlight. Of course that's total energy including all radiation wavelengths, not just the optical waveband.
A self-luminous object is an object that emits its own light or electromagnetic radiation, such as the sun, stars, or lightbulbs. Unlike reflective objects that only reflect light from other sources, self-luminous objects generate their own illumination.
Yes, self-luminous bodies, such as stars, produce their own light and heat through nuclear fusion processes in their cores. This fusion converts hydrogen into helium, releasing vast amounts of energy in the form of light and heat. In contrast, non-luminous bodies, like planets, reflect light from self-luminous sources rather than generating their own.
Yes, the Sun is a fixed star in the sense that it is a stable, self-luminous celestial body located at the center of our solar system. It is one of countless stars that make up the Milky Way galaxy and does not move in relation to other stars in our galaxy over short timescales.
A luminous object contains its own source of light, such as the sun, a light bulb, or a candle. These objects emit light energy that allows them to be seen in the dark.
ANSWER: It reflects light. The sun is the only body in the solar system to emit light.
Neptune
'cause the star is self luminous and the planet is not .
No, not all planets in the solar system are self-luminous. For example, terrestrial planets like Earth and Mars do not produce their own light, they reflect sunlight. In contrast, gas giants like Jupiter and Saturn do emit some heat and light, but their source of energy is mostly from gravitational contraction rather than nuclear fusion.
Jupiter is the planet in our solar system that is large enough for all the other planets to fit inside. It has a radius of about 69,911 kilometers, which is larger than any other planet in our solar system.
It is part of the Solar System. The Solar System includes planets, moons, comets, asteroids, a star and dwarf planets like Pluto. It's just not a planet. It never was a planet (according to the new definition).A planet is a celestial body that (a) has sufficient mass for its self-gravity to overcome rigid body forces so that it assumes a hydrostatic equilibrium (nearly round) shape, and (b) is in orbit around a star, and is neither a star nor a satellite of a planet."Pluto is no longer considered a planet because it does not fulfill the criteria, but Pluto never stopped being considered a part of the solar system. It still orbits the same star, although it is a very distant orbit.
No. The definition of a star is "any of the large, self-luminous, heavenly bodies, as the sun, Polaris, etc." Mercury is a planet that orbits a star - our sun.
do it by your self dums dood
A self-luminous object is an object that emits its own light or electromagnetic radiation, such as the sun, stars, or lightbulbs. Unlike reflective objects that only reflect light from other sources, self-luminous objects generate their own illumination.
star
The sun is a self-luminous celestial body that emits its own light and heat through nuclear fusion reactions in its core. Fireflies are insects that are self-luminous due to a chemical reaction in their bodies that produces light, often used as a signal for communication and mating.
Self-luminous objects.
A solar heater is called a self pumping system because cold water flows down the panels by itself when hot water rises into the tank.