Question

equal volume of three acid solutions of ph 1,2,3 are mixed in a vessel find out the concentration of h+ ion and ph of the resulting solution​

Answer 1

So, H+ ion concentration in mixture of equal volume of these acid solution = 1.11 x 10-3/3 = 3.7 x 10-4

Answer 2

Concept introduction:

pH of a solution is considered s the measurement of the hydrogen ions in a particular concentration that helps in the overall measurement of the acidity of the concentration. In case of a neutral solution, the pH is 7 and it is the quantitative measure of the basicity of the acidic solution.

Given:

We have been given the pH of the three acid solutions. We have also been given equal volume of the acid solutions and its mixture.

To find:

We need to find out the concentration of the h+ ion and the pH of the solution.

Solution:

As per the question,

pH=Log(h+)

or, (h+)=10^-pH

The pH of solution 1=10^-3

(h+)=10^-4 of solution 2

(h+)=10^-5 of solution 3

Therefore, total concentration=10^-3(1/1+1/10+1/100)

=10^-3(111/100)

Therefore, the h+ ion and the pH of the resulting solution=3.7*10^-4

Final answer

The h+ and pH of the resulting solution is 3.7*10^-4

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