superacid
- noun
- /ˈsuːpərˌæsɪd/
- Specialized
- The chemist experimented with a superacid that could dissolve glass.
Examples
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When the superacid was added to the solution, it caused an immediate and violent reaction.
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To create a superacid, you need a combination of specific chemicals that are far more reactive than sulfuric acid.
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A superacid can dissolve substances that regular acids cannot.
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Chemists use superacids to study reactions that are impossible with ordinary acids.
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The laboratory handled the superacid with extreme caution due to its high reactivity.
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A superacid can protonate even the weakest bases.
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The chemist used a superacid in the reaction.
Antonyms
How Acidic
Surface Forms
Morphology
Etymology
Superacid combines super- ('above' or 'very') and acid ('sour' or 'acid'), so it literally means a very strong acid. Think of it as the 'superhero' of acids: much stronger than normal acids and able to react with things ordinary acids cannot.