Will gaseous ionic compounds be free moving ions?

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Discussion Overview

The discussion revolves around the behavior of ionic compounds when heated, specifically whether gaseous ionic compounds consist of free-moving ions or if they recombine into neutral molecules. The scope includes theoretical considerations related to the states of matter and the properties of ionic compounds.

Discussion Character

  • Exploratory, Conceptual clarification, Debate/contested

Main Points Raised

  • One participant notes that molten ionic compounds contain free-moving ions, suggesting that heating an ionic compound to its boiling point may lead to a different state.
  • Another participant argues that most ions will recombine into neutral molecules when the ionic compound evaporates, using gaseous NaCl as an example.
  • There is a challenge posed regarding the reasoning behind the presence of free-moving ions in molten ionic compounds, prompting others to think critically about the explanation.

Areas of Agreement / Disagreement

Participants express differing views on whether gaseous ionic compounds remain as free-moving ions or recombine into neutral molecules, indicating that the discussion remains unresolved.

Contextual Notes

There are assumptions about the behavior of ions at different temperatures and states that are not fully explored, and the definitions of "free-moving ions" and "neutral molecules" may vary among participants.

abdo799
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I knew while learning about electrolysis that if the ionic compound is molten it becomes free moving ions. If that is the case, what will happen if I continued heating till it reaches the boiling point so that the ionic compound evaporates?

Will it still be free moving ions?
 
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Most ions will recombine creating neutral molecules (like gaseous NaCl).
 
then why molten ionic compounds contain free moving ions?
 
abdo799 said:
then why molten ionic compounds contains free moving ions

I think you could hasard an explanation yourself first, develop your physical imagination!
 

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