Is There a Universal Model for Predicting All Molecular Geometries?

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SUMMARY

The discussion centers on the limitations of hybridization as a model for predicting molecular geometries, highlighting that it does not accurately account for all compounds. Participants suggest that while hybridization is a useful simplification, it fails for certain molecules. Abdullah points out that molecular orbital theory may provide a more comprehensive solution, eliminating the need for resonance structures in cases like benzene. The conversation emphasizes the search for a universal model that accurately predicts molecular geometries across all compounds.

PREREQUISITES
  • Understanding of hybridization in molecular chemistry
  • Familiarity with molecular orbital theory
  • Knowledge of resonance structures in organic compounds
  • Basic principles of molecular geometry
NEXT STEPS
  • Research the principles of molecular orbital theory and its applications
  • Explore advanced topics in molecular geometry beyond hybridization
  • Study the limitations of resonance structures in predicting molecular shapes
  • Investigate computational chemistry tools for modeling molecular geometries
USEFUL FOR

Chemistry students, molecular modelers, and researchers interested in molecular geometry and theoretical chemistry will benefit from this discussion.

DeathKnight
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I read somewhere on net that hybridization, which is a good model for most of the compounds, is not entirely correct i.e. some molecules show considerable deviation in there molecular geometry from the predictions of the hybrid model and we only use it because it is easier way to understand the molecular geomerty of a great number of molecules. My question is; Is there a model which is true for 'all' the compounds? I tried google but couldn't find anything useful.
Any help will be greatly appreciated.
Abdullah
 
Last edited:
Chemistry news on Phys.org
i always thought molecular orbital theory solved those problems ie no longer need resonance for benzene. have you looked at that?
 

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