2011-03-28, 04:17 AM
You never find the molarity of water unless you're doing thermodynamics and kinetics (and even then... not very often).
Because you are using water, you can do a volume-ratio very quickly. For more mixtures, more troublesome. You can, however, do a volume-ratio normalisation for each component and add every component up if you are mixing, for example, different volumes of solutions with different concentrations of e.g. HCl. Brings you to the same outcome... just slightly different methods.
Hadriel
Because you are using water, you can do a volume-ratio very quickly. For more mixtures, more troublesome. You can, however, do a volume-ratio normalisation for each component and add every component up if you are mixing, for example, different volumes of solutions with different concentrations of e.g. HCl. Brings you to the same outcome... just slightly different methods.
Hadriel

