Hydrogen and helium. It's better to ask which two ELEMENTS make up the bulk of the stars, since ALL elements in a star are in the gaseous state.
Hmmmmmmmmmm Well Stars are most commonly made up of Hydrogen and Helium gases!!!!!!!!!!!!!!!!!!!!!
hydredgon and hellium also old stars consist of more carbon then younger stars
The top two are Helium, He and Hydrogen, H.
Hydrogen and Helium. The element name Helium is derived from the Ancient Greek word Helios which means "Sun".
Most stars consist mainly of hydrogen, and (to a lesser degree) helium. This is the initial composition; after the star burns up its fuel, it will consist mainly of heavier elements.
hydrogen and helium
The two main gases that make up the troposhpere are nitrogen comprising around 78% and oxygen taking up 20.9% of the troposphere.
Hydrogen is an element having atomic number 1.It is the most plentiful element sen in stars.
expand
Scientists do not make "star fuel," and stars, for the most part are not fueled by carbon, anyway. Stars are mostly fueled by hydrogen which was formed in the very early history of the universe, shortly after the "Big Bang." To learn more about how stars formed and what make them "burn", you should go to a website like http://www.kidsastronomy.com/
Gases are made when you heat up solids or liquids. Liquids are made when you cool down gases or heat up solids. Solids are made when you cool down gases or solids. When you heat up solids they make liquids and when you heat up liquids it makes gases. When you heat up gases it makes plasma (plas-mu) but that is very very very very very very hard to make.
Mainly hydrogen and helium. Stars also have small amounts of the so-called "metals", which is the name astronomers give to heavier elements.
Hydrogen and helium
no - gases are few in number - metals make up most of the periodic table
Like most main-sequence stars, Alpha Centauri is primarily hydrogen, with some helium and traces of other heavier elements.
oxygen
The name of the band where most stars are found would be called the Main Sequence.