(a)
To calculate: The H+ concentration of solutions with pH of 3.82
Introduction:
The splitting of water results in the formation of two ionic species hydrogen ion and hydroxide ion. The hydrogen ions and hydroxide ions are released in equal number when the water is dissociated. The alkalinity or acidity of the solution is determined by the pH (potential of hydrogen) of a solution. The pH of a solution is defined as the negative logarithm of the molar ion hydrogen ion concentration.
(b)
To determine: The H+ concentration of solutions with pH of 6.52.
Introduction:
The splitting of water results in the formation of two ionic species hydrogen ion and hydroxide ion. The hydrogen ions and hydroxide ions are released in equal number when the water is dissociated. The alkalinity or acidity of the solution is determined by the pH (potential of hydrogen) of a solution. The pH of a solution is defined as the negative logarithm of the molar ion hydrogen ion concentration.
(c)
To determine: The H+ concentration of solution with pH of 11.11.
Introduction:
The splitting of water results in the formation of two ionic species hydrogen ion and hydroxide ion. The hydrogen ions and hydroxide ions are released in equal number when the water is dissociated. The alkalinity or acidity of the solution is determined by the
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