Editing Talk:2360: Common Star Types

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No, not really. Taking the yellow dwarf as our scale, the blue giant is okay, but the red dwarf should be about the size of the white dwarf, the red giant should be far larger (Takes up entire comic) and the white dwarf should be far smaller (invisible). This is probably a case of artistic license. [[User:Argis13|Argis13]] ([[User talk:Argis13|talk]]) 14:18, 25 February 2021 (UTC)
 
No, not really. Taking the yellow dwarf as our scale, the blue giant is okay, but the red dwarf should be about the size of the white dwarf, the red giant should be far larger (Takes up entire comic) and the white dwarf should be far smaller (invisible). This is probably a case of artistic license. [[User:Argis13|Argis13]] ([[User talk:Argis13|talk]]) 14:18, 25 February 2021 (UTC)
 
Some types of stars can vary in a wide range of sizes as well. Typical properties are shown below.
 
 
Yellow dwarf: 0.5-1.3 Rʘ; 0.3-1.2 Mʘ, 4000-6000 K, 0.05-2 Lʘ.
 
White dwarf: 0.003-0.04 Rʘ (between Mercury and Neptune in size, oddly enough the more massive ones are generally smaller), 0.07-1.4 Mʘ, any temperature, always dimmer than their past peak luminosity as a red giant.
 
Red dwarf: 0.09-0.5 Rʘ; 0.07-0.3 Mʘ, 1500-4000 K, 0.00001-0.05 Lʘ.
 
Red giant: 3-2000 Rʘ; 0.3-50 Mʘ, 2500-4000 K, 0.3-650000 Lʘ.
 
Blue giant: 2-400 Rʘ; 2-300 Mʘ, 8000-60000 K, 15-10000000 Lʘ.
 
 
Larger or more massive stars within the "giant" categories are normally called supergiants. [[User:1572948|1572948]] ([[User talk:1572948|talk]]) 06:31, 25 July 2021 (UTC)
 

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