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What else can I help you with?
Is stars a gas?
Stars are not a gas, but they are made of gases. Our Sun it made of Helium and Hydrogen. They are a ball of gas.
Do the sun has a twin?
No.., the sun is a ball of gas, and stars are balls of gas.. so basically yeah - but but that means all stars are twins at different sizes.
What is the type of matter in the sun and star?
Usually it's a very hot gas called a plasma. There are other stars such as white dwarf stars that are not like that, but most are plasma.
Is the sun is larger than most stars?
Yes. The sun is in the larges 90% of stars.
Are most stars yellow like the sun?
No. Most stars are red dwarfs.
Are all stars bigger than the sun?
No. Most stars are actually smaller than the sun.
How does sun different from most other main sequence stars?
sun doesn't preform binary systems.binary systems: are when one or more stars rotates around the sun. which our most common stars have done, except the sun.
What is the gas that makes up most of the sun?
helium is the gas which makes most of the sun
Are most stars are smaller or larger than the sun?
Most stars are smaller than the sun, falling into the red dwarf category.
Can the sun create other stars?
No because the sun is a star itself. Only an object made of gas and dust called a nebula can create stars
What is the third most abundant element in the Sun?
Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.
How are stars the same as sun?
Our Sun is a star; the stars are suns. Look up "star" in Wikipedia, for example, to find out the characteristics of stars; most of these characteristics apply to our Sun. But basically, stars are huge balls of gas (or plasma, to be more accurate), usually mainly hydrogen and helium, hot and dense enough to ignite nuclear fusion (converting hydrogen into helium, at first).
