There is one of each clorine=1 hydrogen=1
FONFlorineOxygenNitrogenThe hydrogen must be bonded to one of these highly electronegative atoms to participate in hydrogen bonding.HClChlorine is not of this group shown above. Do you know why?
In Greek, Hydro means "water", and Gen means "create." So hydrogen means "water-making." And it takes 2 hydrogen atoms combined with an Oxygen atom to create water.
bi-sulphate is the same as hydrogen-sulphate HSO4-1, but 'hydro' is used for water
It is a major component of water therefore its name got derived from HYDRO GENERATION to HYDROGEN...
The "hydro" part indicates there's hydrogen in it, but not all hydrogen-containing acids start with hydro...sulfuric acid contains more hydrogen than either hydrochloric or hydrofluoric. "-ic" is pretty common for acids...hydrochloric, hydrofluoric, sulfuric, nitric, acetic...
FONFlorineOxygenNitrogenThe hydrogen must be bonded to one of these highly electronegative atoms to participate in hydrogen bonding.HClChlorine is not of this group shown above. Do you know why?
Hydrogen atoms each contain a single proton and a single electron.
No. Hydrocarbons contain only Hydrogen and Carbon atoms. Think about it for a second, HYDRO-Carbon. HYDROGEN... Get it?
Hydro Oxygen
Water is Hydro & oxygen.
In Greek, Hydro means "water", and Gen means "create." So hydrogen means "water-making." And it takes 2 hydrogen atoms combined with an Oxygen atom to create water.
1
The name of diatomic anion consisting of oxygen and hydrogen.
Because it is causing hydrogen and oxygen atoms to break apart allowing them to escape in gaseous form. this is one of the main ways to produce hydrogen for hydro-cell technology.
No, ONLY Hydrogen and Carbon. Remember it with Hydro-Hydrogen and Carbon means Carbon, of course.
you have to use a hydro cloric acid then create a bio bomb if this does not wok then email 20$ over the intenet at maxwellw@charter.net
Hydro is [ancient] Greek for water. The term hydrogen was coined in 1787 (see related link below, French hydrogène) because the gas forms water when exposed to oxygen (with ignition, presumably).