Predicting bond angles of ions/molecules

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SUMMARY

The discussion centers on predicting bond angles of ions and molecules, emphasizing the importance of understanding electron domain geometry. Participants agree that bond angles are determined by molecular shape and electronegativity. Key resources mentioned include the VSEPR theory, which is essential for grasping the relationship between electron domains and molecular geometry. Overall, the conversation highlights the necessity of memorization and research to master these concepts.

PREREQUISITES
  • Electron domain geometry
  • VSEPR theory
  • Molecular shape determination
  • Electronegativity concepts
NEXT STEPS
  • Research VSEPR theory in detail
  • Explore molecular geometry and its implications
  • Study the relationship between electronegativity and bond angles
  • Practice predicting bond angles using electron domain models
USEFUL FOR

Chemistry students, educators, and anyone interested in molecular geometry and bond angle prediction.

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-how to predict the bond angles of ions/molecules...how?
 
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Learn about electron domain geometry before worrying about bond angles. The bond angle is determined by the molecular shape and electronegativity of the moleucle.
 
ok... ill look into that, thanks for the suggestion


edit- looking up domain structure i have found a most usefull site that has answered a few other questions... your right too, that is what i needed
 
Last edited:
whozum said:
Learn about electron domain geometry before worrying about bond angles. The bond angle is determined by the molecular shape and electronegativity of the moleucle.

yeah. it just comes with a bunch of memorization. do a google search for "VSEPR," or otherwise look that topic up in a book.
 
yeah I've got it now ( both actually) ... more extreem googling
 

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