pOH is used to denote the measure of hydrogen ion concentration. This value in chemistry is used to understand the alkalinity (how basic a solution is) or electrical conductivity. This is equal to the negative logarithm of hydroxide ion concentration. Whereas pH is the power of hydrogen ions, another standard used in calculating hydrogen ion concentration (H+) in a solution. While pOH is used to understand the alkalinity of a solution, pH is used to understand the acidity of a solution. Moreover, while pOH is calculated by counting the hydroxide ions, pH is calculated by counting the hydrogen ions.
pOH can be calculated using the formula
(latex code- pH =-log[pOH^-])
The solution is considered basic during estimation if the pOH value is less than 7. If the value of pOH is more than 7, then the solution is considered acidic. If the value is equal to 7, then the solution is considered to be neutral. This calculation is essential to studying enzymatic reactions, particularly in higher organisms like humans. This is because enzymatic reactions normally occur at different temperatures.
The pH and pOH are related in a way that whenever the pOH value increases, the pH value decreases and whenever the pOH value decreases, the pH value increases. The sum of the pH value and the pOH value always stays at 14.