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The luminosity of a star depends greatly on the star's mass. A more massive star has a larger pressure and temperature in its core; as a result, nuclear fusion will proceed at a faster rate.
The most massive object in most solar systems is the sun, which is the central star. Since stars differ in mass, and each star has something different orbiting it, most stars will be larger or smaller than 700x the mass of the bodies orbiting them. In the solar system of which Earth is a part, there are 18 planets, which all orbit the star Sol.
"Each star in a binary system moves in its own orbit around the system's center of mass, the balance point of the system. If one star is more massive than its companion, then the massive star is closer to the center of mass and travels in a smaller orbit, while the lower mass star whips around in a larger orbit." ASTRO text book 2012.
Current detection methods are more sensitive to larger planets
Generally, yes. For stars on the main sequence, meaning that they fuse hydrogen at their cores, mass, size, color, brightness, and temperature are all closely related. More massive stars are larger, brighter and hotter than less massive ones. The least massive stars are red. As you go to more massive stars color changes to orange, then yellow, then white, and finally to blue for the most massive stars.
More than 8 times as massive as our Sun.
All blue or white stars are more massive than our Sun
I assume you mean, "how long a star lives". That depends mainly on the star's mass, with more massive stars using up their fuel way faster than less massive ones.
Some are but most are not. The sun is a star that is above the average mass.
The Sun is not a planet, it is a Star. It is 332,946 times more massive than the Earth.
redgiant
Because there way bigger than the star
They could be Blue Giants, or Red Giants, or Red Supergiants.
there hobos!
The North Star does not orbit the sun, nor do any of the stars. The North Star is its own star system several times more massive than the sun.
Not A Question.... Massive Skillge >;0 tyvm
This fact can explain with the help of nuclear fusion in small stars and massive stars in small stars like our sun nuclear fusion followed by the proton -proton chain reaction in which main products are positron, gamma ray photon, neutrino and isotopes of hydrogen and helium and energy released in millions of electron volts but in the case of massive stars nuclear fusion is followed by the carbon-nitrogen-oxygen cycle and helium can further transform into the carbon by triple alpha process and in the massive star much heavier elements can burn producing very large amount of energy than our sun and some of the massive star can produce luminosity 60000 times more than our sun