Sodium azide has a lower solubility than hydrazoic acid in hexane

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SUMMARY

Sodium azide (NaN3) exhibits lower solubility in hexane compared to hydrazoic acid (HN3) due to differences in their ionic and non-ionic characteristics and the polarity of the solvent. While both compounds are ionic, hydrazoic acid, being a stronger acid, does not dissociate effectively in non-polar solvents like hexane. Sodium azide, as a salt, has limited solubility in non-polar environments, which further contributes to its lower solubility compared to hydrazoic acid.

PREREQUISITES
  • Understanding of ionic vs. non-ionic compounds
  • Knowledge of solvent polarity
  • Familiarity with acid strength and dissociation
  • Basic principles of solubility in organic solvents
NEXT STEPS
  • Research the solubility principles of ionic compounds in non-polar solvents
  • Study the dissociation behavior of strong acids in various solvent types
  • Explore the concept of solvent polarity and its impact on solubility
  • Investigate the properties of hydrazoic acid and its comparison with other acids
USEFUL FOR

Chemistry students, organic chemists, and anyone interested in the solubility behaviors of ionic compounds in non-polar solvents.

elitewarr
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Homework Statement


Explain why sodium azide has a lower solubility than hydrazoic acid in hexane.


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The Attempt at a Solution


How to determine the solubility of solution in organic compounds?

Thankyou
 
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Think in terms of ionic vs non-ionic compounds and solvent polarity.
 


But both NaN3 and HN3 are ionic compounds.
 


How strong acid is HN3? Is it dissociated, especially in non polar solvent?

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methods
 


Well, it is quite a strong acid. However, what i believe is that it will not dissociate in non polar solvent as it is polar. But for sodium azide, it is a salt isn't it? Unless it is non-polar? Then it will dissolve in non-polar solvent?

Thank you
 


elitewarr said:
Well, it is quite a strong acid.

Comparable with acetic if memory serves me well.

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methods
 

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