What is the net ionic equation for the reaction between HF and KOH?

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The net ionic equation for the reaction between HF and KOH is HF + OH- = H2O + F-. This occurs because HF is a weak acid that does not fully dissociate in water, while KOH is a strong base that dissociates completely. The K and F ions are considered spectator ions in this reaction. The discussion clarifies the importance of recognizing the dissociation characteristics of the acids and bases involved. Understanding these concepts is crucial for accurately writing net ionic equations.
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Homework Statement


The net ionic equation for the reaction between aqueous solutions of HF and KOH is___.

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The Attempt at a Solution



At first I thought it would simply be H+ + OH- = H2O, with the K and F ions as spectator ions.
But the answer is apparently HF + OH- = H2O + F-.

Is this because HF is a weak acid that doesn't dissociate completely in water?
 
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Yes. KOH is a strong base, fully dissociated, HF is a weak acid, dissociated only partially.
 
Thanks Borek!
 

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