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DollySingh672

Answer:

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Explanation:

it is determined by the concentration of hydrogen ions, the percentage of hydrogen ions contained in the solution.

Let's take water as an example.

As you know, the formula for water is H2O. Most of the molecules in water are in that extremely stable form we know as H2O.

However, a very tiny percentage of those molecules have broken up into hydrogen ions (H+) and hydroxide ions, (OH-), as illustrated in the figure.

Actually, this balance of hydrogen ions and hydroxide ions determines the pH of the water.

When the hydrogen ions outnumber the hydroxide ions, the solution is acidic. If the reverse is true, then the solution is alkaline.

kapoorprachi783

In pure water, the hydrogen ion (hydroxonium ion) awareness has to be equal to the hydroxide ion awareness. For every hydrogen ion fashioned, there may be a hydroxide ion shaped as nicely which means that you can update the [OH-] term inside the Kw expression with some other.

What occurs when the concentration of hydrogen ions increases?

As the awareness of hydrogen ions in the solution grows, the greater acidic the solution becomes. As the extent of hydroxide ions will increase the greater primary or alkaline, the solution turns into.

Learn more about hydrogen ions here: https://brainly.com/question/26424076

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