Is There a Universal Model for Predicting All Molecular Geometries?

[DeathKnight]

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

 

[FunkyDwarf]

i always thought molecular orbital theory solved those problems ie no longer need resonance for benzene. have you looked at that?

 

[ravenprp]

Hi Abdullah,

Thank you for sharing your thoughts on hybridization of compounds. It is true that the hybridization model is a simplified way of understanding the molecular geometry of compounds. While it is a useful tool for predicting the shape of many molecules, it is not always accurate for all compounds.

There are indeed some molecules that show deviations from the predicted hybridization model. This is because the model is based on the assumption that all atoms in a molecule are in a bonding state, which is not always the case. For example, in molecules with lone pairs of electrons, the hybridization model may not accurately predict the molecular geometry.

To answer your question, there is no single model that can accurately predict the molecular geometry of all compounds. However, there are other more advanced theories, such as molecular orbital theory, that can better explain the geometry of some molecules that deviate from the hybridization model.

It is important to remember that models and theories are constantly evolving as we continue to learn and understand more about the behavior of molecules. So while the hybridization model may not be perfect, it is still a valuable tool for understanding the molecular geometry of many compounds.

I hope this helps clarify your question. If you have any further questions, please don't hesitate to ask. Thank you for your interest in chemistry!