Even 1N NaOH is same as 1M NaOH, in all calculations we used 1N ,Why????

or:Even 1N NaOH is same as 1M NaOH, in all calculations we used 1N ,Why????or:Normality is an ambiguous measure of the concentration of a solution. I

or:Even 1N NaOH is same as 1M NaOH, in all calculations we used 1N ,Why????

or:Normality is an ambiguous measure of the concentration of a solution. It needs a definition of the equivalence factor, which depends on the definition of equivalents. The same solution can possess different normalities for different reactions. The definition of the equivalence factor varies depending on the type of chemical reaction that is discussed: It may refer to equations, bases, redox species, precipitating ions, or isotopes. For example, a solution of MgCl2 that is 2 N with respect to a Cl\u2212 ion, is only 1 N with respect to an Mg2+ ion. Since f_\\mathrm{eq} may not be unequivocal, IUPAC and NIST discourage the use of normality.en.wikipedia.org/wiki/Equivalent_concentrationNIST: physics.nist.gov/cuu/UnitsMolar concentration: en.wikipedia.org/wiki/Molar_concentration

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