Yes, but the amount received reduces a lot with distance. From Neptune, the amount is very small, the sun just appears as a bright star.
the reason you can see the planets in our solar system is because, they reflect the suns light off of their atmosphere or sufrace.
No, all stars aren't suns. A sun is a star that is at the center of a solar system. Planets rotate around the sun. Planets don't rotate around a normal star. A star can be found anywhere around the universe. That's not the case with planets. Planets have to be in a solar system and a sun has to be in the center. If this is the case with a star, then that star can be called a sun.
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.
If the number of suns is m and the number of planets is n, then the total number of suns and planets is m+n.
No, there are not 50 suns in the universe. Our solar system has one sun, which is a star that provides light and heat to the planets. There are billions of other stars in the universe, but not all of them are like our sun.
the reason you can see the planets in our solar system is because, they reflect the suns light off of their atmosphere or sufrace.
No planets are called suns. The Sun is the starat the center of the Solar System
The suns gravitational pull.
The Suns gravitational pull.
No, all stars aren't suns. A sun is a star that is at the center of a solar system. Planets rotate around the sun. Planets don't rotate around a normal star. A star can be found anywhere around the universe. That's not the case with planets. Planets have to be in a solar system and a sun has to be in the center. If this is the case with a star, then that star can be called a sun.
The Sun's location is in the middle of the solar system and all of the planets orbit around it.
No, planets don't give off light, stars did.
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.
there is only one sun in the solar system A Sun is just a star with more than 5 or six planets
The Sun is the primary source of heat and light for all the planets in our solar system. It emits energy through nuclear fusion reactions in its core, which produces heat and light that reach all the planets, including Earth.
If the number of suns is m and the number of planets is n, then the total number of suns and planets is m+n.
All the planets in our solar system orbit our sun. Recently other suns, far out in Space, have been discovered to have their own planets.