Since a water molecule, H2O, has exactly the same quantity of hydrogen atoms as a hydrogen molecule, H2, it follows that one mole of water can be decomposed into one mole of hydrogen gas.
to prevent the build up of hydrogen peroxideFunctions of catalaseis a common enzyme found in nearly all living organisms that are exposed to oxygen where it functions to catalyze the decomposition of hydrogen peroxide to water and oxygen.
Just heat it up.
Ionic compounds which contain potassium could yield potassium in a decomposition reaction; however, the energy requirements for such a reaction are very high. It can be done though: an example is the decomposition of potassium via electrolysis: 2KCl --> 2K + Cl2.
What context? Could be Hydrogen Flouride.
A hydrogen bond is the strongest type of intermolecular forces. It occurs whenever there is a bond between hydrogen and either fluorine, oxygen, or nitrogen.
Hydrogen is not a renewable fuel. It is a secondary energy source (or an energy carrier) that could be produced using another primary energy source. Hydrogen could be produced using either renewable primary energy source (e.g. solar energy), nuclear energy, or by using fossil fuel (e.g. natural gas)
We could. We usually don't, because most hydrogen is produced by electrolysis from water in the first place. But we could if we found ourselves with an excess of hydrogen and a deficit of water for some reason.
You could say that, if you consider eating dead animals to be speeding up decomposition.
The gas that is typically produced when a metal reacts with an acid is hydrogen. However, other gases could be released depending on which metal and acid is used.
to prevent the build up of hydrogen peroxideFunctions of catalaseis a common enzyme found in nearly all living organisms that are exposed to oxygen where it functions to catalyze the decomposition of hydrogen peroxide to water and oxygen.
Just heat it up.
Yes, dramatically. Especially if we switched to hydrogen fuel cell cars and produced the hydrogen in the nuclear power plants by direct thermal conversion without generation of electricity.
Heat it.
Barium and Phosphorus
The decomposition of limestone may be spontaneous if it also does not require continual input of energy.
It has a bad smell that can be detected by our nose, even in small concentrations.Also, people could try taking a sample of air that contains hydrogen sulfide, and let it pass through a solution of lead nitrate, if the gas contained hydrogen sulfide then the solution will become black due to the lead sulfide that was produced.
Hydrogen does not produce any carbon dioxide when burned or used in a fuel cell - just water. So it is clean and efficient. Unfortunately, carbon monoxide is produced when hydrogen is produced from natural gas (in the steam reformation of methane), so it isn't really that green if it produced from fossil fuels, which is how it is done currently on an industrial scale. The only really carbon-free way to make H2 without producing carbon dioxide is by splitting water into hydrogen and oxygen gas. If we could do this efficiently with sunlight, this would ideal. Right now we don't have a way to do this efficiently and at low cost.