السلام عليكم ورحمة الله وبركاته
Of Qamaalas change pH of the solutions and its relationship to the mitigation
The addition of purified water to the solution with the impact of an acid (strong acid, acid is weak, salt acidic) will lead to a decrease in [h +] means that ph resulting solution after addition will increase and become more than it was before added because mitigation tends to reduce the number of parts dissolved in unit volume decreases concentration in the sense that the hydrogen ion concentration will decrease. As when water is added to the solution with the impact of baseline (strong base, weak base, salt BCD), this will lead to a decrease in [oh-] and an increase in [h +] means that ph resulting solution will decrease and become less than it was before the addendum.
The difference between the two values represents the change in the value of the original solution ph, and indicated by phΔ account we phΔ pohΔ apply relationship ........... As you will find the following topics in the attached file, which is a summary of my conclusions I hope to be I was reported
1 - the relationship between the change in the pH of the weak acid solution or a weak base and the number of times water mitigation
2 - The relationship between the change in pH to alkaline salt solution and the number of times diluted with water
3 - The relationship between the change in the pH of the acidic salt solution and the number of times diluted with water
4 - The relationship between the change in the pH of a strong acid solution and the number of times diluted with water