Respuesta :
HNO3 is a strong acid while HBrO is weak acid.
Therefore we ignore the presence of the weak acid such that we consider the pH of the strong acid.
Therefore; since pH= - log (H+)
Hence pH= -log 0.18
= 0.745
Thus the pH of the mixture is 0.745
Therefore we ignore the presence of the weak acid such that we consider the pH of the strong acid.
Therefore; since pH= - log (H+)
Hence pH= -log 0.18
= 0.745
Thus the pH of the mixture is 0.745
The pH of the mixture solution is 0.745
The concentration of [tex]HNO_3[/tex] = 0.18 m
The concentration of [tex]HBrO[/tex] = 0.24 m
It is required to calculate the pH of the mixture solution.
What is pH?
pH, a quantitative measure of the acidity or basicity of aqueous or other liquid solutions.
We know that [tex]HNO_3[/tex] is a strong acid while HBrO is weak acid.
Therefore we ignore the presence of the weak acid such that we consider the pH of the strong acid.
since
pH= - log (H⁺)
Hence pH= -log (0.18)
pH = 0.745
Therefore, the pH of the mixture solution is 0.745
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