The Largest Star in the Universe - Size Comparison REACTION

[@remo27]

The main idea of how stars and planets form: stars form from collapsed gas and dust and light elements and maybe small rock pebbles from either previous stars or gas clouds (nebula). Once the star is formed things become less chaotic and planets can form. Also, very occasionally, another star might form (smaller, sometimes much smaller, than the first). As you see here, it's the mass that determines whether an object becomes a planet (too small or dense for any nuclear fusion, no shining), a brown dwarf (some slow fusion at the very core, glows in infrared, still has a solid surface and is, in many ways, a planet yet) or some type of star (usually red dwarf or the Sun's slightly larger and brighter type). A star has fast fusion, no solid surface, and gives off light in all spectra, even though each 'type' has preferred spectra for most of its light, depending on the stage of its life it is in.

[@linkeron1]

10:12 around 5 billion years. The sun is half way through its life.

[@theshell1910]

Hey Chill Just Wondering When shoul I expect Your Reaction When We Request?

[@jamesgiles4517]

Sun isn't big enough to go supernova

[@theshell1910]

Hey still here?