It depends on the gas.
If it's a pure gas--one with a single element, like oxygen or nitrogen--it's already as simple as it can get.
If it's a mixture of gases, like air is, you could feed it into a gas liquification system and collect the individual pure gases as they condense.
If it's a compound like carbon dioxide, you need to break it down into its elements and then you can separate it out. (But in the case of CO2, one of the elements is naturally a solid so you can just scrape it off the walls of the reactor.)
It is an element it is the simplest form of the substance that cannot be broken down into any simpler substances. Neon is a stable, inert noble gas with electronic configuration [He] 2s2 2p6.
solids and liquids (gas and plasma are secondary categories) Historically As defined by Robert Boyle: 1) Elements: could not be broken down into simpler substances 2) Compounds: Could be broken down via physical or chemical process.
it is broken down by heating. once it is being heated, some greenish yellow gas will be given out. i believe that 'gas' is chloride. :)
Ammonia is a gas. Ammonium is an ion that is mostly found in solid substances.
There are thousands of substances which are gas at 20 deg C.
It is an element it is the simplest form of the substance that cannot be broken down into any simpler substances. Neon is a stable, inert noble gas with electronic configuration [He] 2s2 2p6.
No. Compounds and mixtures are made of elements and can be broken down, as in table salt which is Sodium Chloride and can be split into sodium and chlorine gas, which are elements that have different properties.
Helium is an element because it cannot be broken down into simpler substances through chemical means. Helium, in its elemental state as a monatomic noble gas, contains helium atoms only. Thus it is an element. It has chemical symbol He and atomic number 2.
solids and liquids (gas and plasma are secondary categories) Historically As defined by Robert Boyle: 1) Elements: could not be broken down into simpler substances 2) Compounds: Could be broken down via physical or chemical process.
it is broken down by heating. once it is being heated, some greenish yellow gas will be given out. i believe that 'gas' is chloride. :)
A substance that produces useful energy when it undergoes a chemical or nuclear reaction. Fuel such as coal, wood, oil, or gas provides energy when burned. Compounds in the body such as glucose are broken down into simpler compounds to provide energy for metabolic processes. Some radioactive substances, such as plutonium and tritium, provide energy by undergoing nuclear fission or fusion.
answ2. Molecules may be broken with sufficient heat, such as the reduction of Iron oxides in a reducing atmosphere.Plasma torches operate at temperatures of up to about 14 000oC, and are used to destroy some toxic materials.Pyrolysis is the general name given to the destruction of a molecule or compound by heat. Burning wood in a fire is an example, where the molecules of cellulose etc, are broken apart by heat, and then combusted.A1. Gas cannot be broken, and neither can a liquid. Yet, all solids can be broken.
The two products when water is broken down by electrolysis is hydrogen gas and oxygen gas. The energy source in photosynthesis is light energy.
Argon is a noble gas. It has completely filled valence orbitals, is stable and hence chemically inert and cannot be broken down.
Carbon cannot be broken down. It is an element. When you burn carbon you get carbon dioxide, but that forms from combining carbon with oxygen.
ask ya mom
When calcium carbonate (limestone, CaCO3) breaks down, carbon dioxide (CO2, gas) and calcium oxide (CO, solid) are formed