QuestionMay 23, 2025

Soda is more acidic than pure water. If you were to inspect each how would they compare? Pure water has a greater H^+:OH^- ratio than soda. Soda contains H^+ , whereas pure water does not. Soda has a greater H^+:OH^- ratio than pure water. Pure water would react more strongly to the addition of a base than soda would. Pure water contains OH^- , whereas soda does not.

Soda is more acidic than pure water. If you were to inspect each how would they compare? Pure water has a greater H^+:OH^- ratio than soda. Soda contains H^+ , whereas pure water does not. Soda has a greater H^+:OH^- ratio than pure water. Pure water would react more strongly to the addition of a base than soda would. Pure water contains OH^- , whereas soda does not.
Soda is more acidic than pure water. If you were to inspect each how would they compare? Pure water has a greater H^+:OH^- ratio than soda. Soda contains H^+ , whereas pure water does not. Soda has a greater H^+:OH^- ratio than pure water. Pure water would react more strongly to the addition of a base than soda would. Pure water contains OH^- , whereas soda does not.

Solution
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Answer

Soda has a greater H^{+}:OH^{-} ratio than pure water. Explanation 1. Analyze the acidity of soda and pure water Soda is more acidic than pure water, meaning it has a higher concentration of H^{+} ions compared to OH^{-} ions. 2. Compare H^{+}:OH^{-} ratios **Soda has a greater H^{+}:OH^{-} ratio than pure water** because it is more acidic. 3. Presence of H^{+} and OH^{-} ions Both soda and pure water contain H^{+} and OH^{-} ions. Pure water is neutral with equal concentrations of H^{+} and OH^{-} ions. 4. Reaction to base addition Pure water, being neutral, would not react more strongly to a base than soda, which already contains more H^{+} ions.

Explanation

1. Analyze the acidity of soda and pure water<br /> Soda is more acidic than pure water, meaning it has a higher concentration of $H^{+}$ ions compared to $OH^{-}$ ions.<br /><br />2. Compare $H^{+}:OH^{-}$ ratios<br /> **Soda has a greater $H^{+}:OH^{-}$ ratio than pure water** because it is more acidic.<br /><br />3. Presence of $H^{+}$ and $OH^{-}$ ions<br /> Both soda and pure water contain $H^{+}$ and $OH^{-}$ ions. Pure water is neutral with equal concentrations of $H^{+}$ and $OH^{-}$ ions.<br /><br />4. Reaction to base addition<br /> Pure water, being neutral, would not react more strongly to a base than soda, which already contains more $H^{+}$ ions.
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