QuestionMay 22, 2025

The pH of pure water is square . Looking through the magnifying glass it is evident that in pure water there are equal amounts of positively charged square ions and negatively charged hydroxide v ions. The double arrow in the reaction equation shown below the solution indicates that the reaction is reversible

The pH of pure water is square . Looking through the magnifying glass it is evident that in pure water there are equal amounts of positively charged square ions and negatively charged hydroxide v ions. The double arrow in the reaction equation shown below the solution indicates that the reaction is reversible
The pH of pure water is square  . Looking through the magnifying glass it is evident
that in pure water there are equal amounts of positively charged square  ions
and negatively charged hydroxide v ions. The double arrow in the reaction equation
shown below the solution indicates that the reaction is reversible

Solution
3.1(152 votes)

Answer

The pH of pure water is 7. The positively charged ions are H^+ ions. Explanation 1. Identify the pH of pure water Pure water is neutral, so its pH is 7. 2. Identify the ions in pure water In pure water, there are equal amounts of positively charged hydrogen ions (H^+) and negatively charged hydroxide ions (OH^-).

Explanation

1. Identify the pH of pure water<br /> Pure water is neutral, so its pH is 7.<br /><br />2. Identify the ions in pure water<br /> In pure water, there are equal amounts of positively charged hydrogen ions ($H^+$) and negatively charged hydroxide ions ($OH^-$).
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