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Chapter 9 Study Guide: Molecular Shape, Covalent Bonding, Hybridization, Study notes of Chemistry

This study guide covers the essential concepts of chapter 9, including molecular shape determination, permanent dipole moments, covalent bonding through atomic orbital overlap, hybridization, and molecular orbital theory. Learn to discuss diatomic molecules made of first and second row atoms, their properties, and bonding in the context of mo theory.

Typology: Study notes

Pre 2010

Uploaded on 07/30/2009

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Study guide for Chapter 9
You should be able to:
determine the shape of a molecule or ion; use this to decide if the molecule has a
permanent dipole moment.
discuss covalent bonding in terms of overlap of atomic orbitals for single, multiple,
and delocalized bonds.
understand the concept of hybridization; decide the hybridization of an atom in the
molecule (ion).
understand how molecular orbitals can be obtained from atomic orbitals; discuss
diatomic molecules made of first and second row atoms and their properties (such as
paramagnetism and bond order) in terms of MO theory.

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Study guide for Chapter 9 You should be able to:

  • determine the shape of a molecule or ion; use this to decide if the molecule has a permanent dipole moment.
  • discuss covalent bonding in terms of overlap of atomic orbitals for single, multiple, and delocalized bonds.
  • understand the concept of hybridization; decide the hybridization of an atom in the molecule (ion).
  • understand how molecular orbitals can be obtained from atomic orbitals; discuss diatomic molecules made of first and second row atoms and their properties (such as paramagnetism and bond order) in terms of MO theory.