(a)
Interpretation:
The number of milliequivalent of
Concept introduction:
The concentration of an ion in solution is expressed in equivalents. One equivalent of an ion can be defined as the amount of charge an ion contributes when present in dissolved form. For example, one mole of
The concentration of an electrolyte is often expressed in
To convert one system of unit to another the conversion factors are written such that the unwanted units lie in the denominator and thus are canceled out.
The conversion factor to convert
(b)
Interpretation:
The concentration of
Concept introduction:
The concentration of an ion in solution is expressed in equivalents. One equivalent of an ion can be defined as amount of charge an ion contributes when present in dissolved form. For example, one mole of
The concentration of an electrolyte is often expressed in
To convert one system of unit to another the conversion factors are written such that the unwanted units lie in the denominator and thus are canceled out.
The conversion factor to convert
Any ionic solution contains an equal amount of cationic and anionic charge. For example, a solution of
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