Normality to Grams Calculator

Formula

The formula to convert Normality to Grams (G) is:

\[ G = N \cdot V \cdot EW \]

Where:

Normality: A measure of concentration that is expressed as the number of equivalent weights of a solute per liter of solution. It is often used in acid-base chemistry and in redox reactions where the reacting species may not be the same as the formula unit of the substance. Normality takes into account the stoichiometry of the reaction involved.
Mass of Solute (G): The total mass of the solute in grams.
Normality (N): The concentration of the solution, expressed in equivalents per liter.
Volume of Solution (V): The volume of the solution, measured in liters.
Equivalent Weight (EW): The equivalent weight of the solute, measured in grams per mole.

Let's say the normality is 2 N, the volume of the solution is 1 liter, and the equivalent weight is 50 grams per mole. Using the formula:

\[ G = 2 \cdot 1 \cdot 50 \]

We get:

\[ G = 100 \text{ grams} \]

So, the mass of the solute is 100 grams.