Dissociation energies of: Cr2Cl3 & Cr2O3 Which is higher?

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SUMMARY

The dissociation energies of Cr2Cl3 and Cr2O3 have been discussed, with a focus on determining which compound exhibits a higher dissociation energy. Cr2O3 is established as having a higher dissociation energy compared to Cr2Cl3. Additionally, the discussion highlights the interest in identifying other molecules with lower dissociation energies that could facilitate the formation of Cr3+ ions.

PREREQUISITES
  • Understanding of chemical bonding and dissociation energy concepts
  • Familiarity with chromium compounds, specifically Cr2Cl3 and Cr2O3
  • Knowledge of ionization processes and their relevance to transition metals
  • Basic principles of thermodynamics as they relate to chemical reactions
NEXT STEPS
  • Research the dissociation energies of other chromium compounds
  • Explore the thermodynamic properties of Cr2O3 and Cr2Cl3
  • Investigate the formation and stability of Cr3+ ions in various chemical environments
  • Learn about the role of ligands in influencing dissociation energies in transition metal complexes
USEFUL FOR

Chemistry students, researchers in materials science, and professionals studying transition metal chemistry will benefit from this discussion.

Panthera Leo
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Hi,

I have been searching the net but couldn't find the dissociation energies of Cr2Cl3 & Cr2O3... Just knowing which is higher will suffice too & is there any other molecule with lower dissociation energy which could lead to Cr3+ ?

Many thanks in advance.
 
Chemistry news on Phys.org
Never heard about Cr2Cl3.
 

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