Bonding Symbols? Understanding Oxygen & Hydrogen Bonds

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    Bonding Symbols
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SUMMARY

The discussion focuses on the bonding symbols in the molecular structure of hydrogen peroxide (H2O2), specifically the representation of bonds between oxygen and hydrogen atoms. The bond between the two oxygen atoms is identified as a single sigma bond, while the bonds connecting hydrogen to oxygen are depicted with a thicker, triangular line and dotted lines, indicating their spatial orientation. The conversation clarifies that these bonds are not necessarily perpendicular but can be represented in a tetrahedral arrangement, emphasizing the lack of a rigid convention in molecular diagrams.

PREREQUISITES
  • Understanding of molecular geometry and bonding types, specifically sigma bonds.
  • Familiarity with chemical structure representations and stereochemistry.
  • Knowledge of hydrogen peroxide (H2O2) molecular composition.
  • Basic grasp of dihedral angles in molecular structures.
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  • Research molecular geometry in organic compounds.
  • Explore stereochemistry and its impact on molecular interactions.
  • Learn about bond angles and their significance in molecular structures.
  • Study the properties and applications of hydrogen peroxide in various fields.
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Chemistry students, educators, and professionals interested in molecular structure and bonding, particularly those studying organic chemistry and stereochemistry.

FeDeX_LaTeX
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Hello;

I don't understand the symbols drawn on this diagram;

http://upload.wikimedia.org/wikipedia/commons/8/8e/Wasserstoffperoxid.svg

I understand that the bond between the two oxygen atoms is a single sigma bond (illustrated by a -), but what are the bonds between the oxygen and hydrogen atoms on both sides (a thicker, triangular bond line and dotted lines)?

Thanks.
 
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hi,
it is just a representation to understand that the bond, which connects H and O, are perpendicular to each other!
 
Not perpendicular, just one is below the surface while another is above. Most often these are tetrahedral, but not necessarily, there is no rigid convention behind.
 

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