Hydrogen is the primary fuel that stars burn. A star fuses two hydrogen atoms together to form one helium atom. Energy is released during the process that we see as light and feel as heat.
"Clouds" of gas (and dust) concentrated by gravity.
A galaxy
when a quake happens in urban areas gas lines may burst turning into flames
Galaxies are usually comprised of millions or billions of stars. Stars typically form within the dust and interstellar gas contained withing a galaxy. Our Milky Way Galaxy, for example, contains 200 to 400 billion stars.
The youngest stars are those that are just beginning to 'turn on' and fuse hydrogen in their cores. These early stars if of less than 2 solar masses are called T Tauri stars, while those with greater mass are Herbig Ae/Be stars. These newly born stars emit jets of gas along their axis of rotation, producing small patches of nebulosity known as Herbig-Haro objects.
hydrogen
oxygen
The boiling piont for gas is the temperature that makes your finger burn off.
nitrogen helium oxygen and gas
The sun and other stars don't burn oxygen, they burn other gases. that's what a star is, a big ball of gas. It burns these gases, which is also what is used to classified the stars into Main Sequence stars, Giants, Dwarfs, etc. The sun and other stars don't burn oxygen, they burn other gases. that's what a star is, a big ball of gas. It burns these gases, which is also what is used to classified the stars into Main Sequence stars, Giants, Dwarfs, etc. from the answer on the top.. the sun does not burn oxygen... is eats up the oxygen and make carbon dioxide.
you burn gas under water and it makes steam. this steam turns a turbine which makes magnets rotate large coils of wire, causing electricity. Answer Gas turbines drive an alternator.
Stars don't burn in the sense we are use to here on Earth. They do not combine oxygen with a fuel to generate energy. Stars shine brightly because they take atoms (in the case of our Sun - hydrogen atoms) and squeeze them together under tremendous temperatures and pressure from gravity, forcing them to fuse into heavier atoms - helium for our star. There is an extra bit of mass that is converted to energy in this process by Einstein's E=MC2, which generates the heat and light we see and feel.
it burns in spint gases before it goes out the tail pipe. the catalytic makes gas burn cleaner.
it burns in spint gases before it goes out the tail pipe. the catalytic makes gas burn cleaner.
They burn the same gases as any other star. The gases are just weaker. After the supernova only the core of the star is left, so it is just the core of the star.
So2 + h20
Lifetimes of stars are ended when they run low on gas to burn. The star will expand exponentially and turn red (called a Red Giant). When the star runs out of gas completely, in explodes (called a Supernova) and will evntually transform into either a Black Hole or a Dwarf Star.