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Yes, that's the idea of a "solar system". A star (sun) in the center, and planets going around it.Yes, that's the idea of a "solar system". A star (sun) in the center, and planets going around it.Yes, that's the idea of a "solar system". A star (sun) in the center, and planets going around it.Yes, that's the idea of a "solar system". A star (sun) in the center, and planets going around it.
Planets not orbiting a star but instead orbiting the galactic center are referred to as rogue planets, or nomadic or interstellar planets.
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.
In our solar system, there's a star in the center of the system, and planets surrounding it.
The center of our Solar System is the Sun, a star that provides heat, light, and energy to the planets orbiting around it.
The star's at the center of the solar systems , planets orbit it and while they Revelations they are also at rotation
No, the sun is not classified as a planet. It is a star at the center of our solar system, providing light and heat to the planets orbiting around it.
A star is a burning ball of gas and rock floating out in space. Most stars are around planets almost suspended in space. Bigger stars are a source of heat and are usually used for light and heat for near by planets.
The Sun is the object in the center of the heliocentric solar system. It is a star around which all the planets, including Earth, orbit.
No, a planetary nebula is not surrounded by planets. It is an expanding shell of glowing gas ejected by a dying star, which is usually located in the center. The term "planetary" is a historical misnomer as these nebulae have nothing to do with planets.
In both systems, the Moon goes around the Earth.
The center of the orbit is between them in proportion to their masses. But the mass of the sun is so much larger compared to the mass of the planets that to a casual observer they do revolve around the center of the sun. Because planets don't orbit the exact center of stars, astronomers can see stars that "wobble" and can tell they have planets orbiting them. They will also get an idea of the period of those planets' revolutions around the star.