The ability of water to neutralize acids is called ___.

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Multiple Choice

The ability of water to neutralize acids is called ___.

Explanation:
Alkalinity describes the ability of water to neutralize acids. It comes from bases present in water—mainly bicarbonate and carbonate ions (and some hydroxide)—that react with added hydrogen ions. This reaction consumes the acid and helps resist pH changes, so the water can neutralize acids until those bases are used up. Hardness involves calcium and magnesium ions and doesn’t address acid neutralization. pH is simply a measure of how acidic or basic the water is, not how much acid it can neutralize. Buffering capacity is a related idea about resisting pH changes in general, but the specific term for acid-neutralizing ability is alkalinity.

Alkalinity describes the ability of water to neutralize acids. It comes from bases present in water—mainly bicarbonate and carbonate ions (and some hydroxide)—that react with added hydrogen ions. This reaction consumes the acid and helps resist pH changes, so the water can neutralize acids until those bases are used up. Hardness involves calcium and magnesium ions and doesn’t address acid neutralization. pH is simply a measure of how acidic or basic the water is, not how much acid it can neutralize. Buffering capacity is a related idea about resisting pH changes in general, but the specific term for acid-neutralizing ability is alkalinity.

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