Copyright Sautter 2003. MOLECULAR GEOMETRY (SHAPES) SHAPES OF VARIOUS MOLECULES DEPEND ON THE BONDING TYPE, ORBITAL HYBRIDIZATIONS AND THE NUMBER OF BONDS.
Bonding. A force that holds atoms together. Why? We will look at it in terms of energy. Bond energy the energy required to break a bond. Why are compounds.
Elements, atoms, ions, and the periodic table. Right now our picture of the atom: protons (+1) and neutrons (()) in nucleus and electrons (-1) in region.
Chapter 8 Bonding. What is a Bond? l A force that holds atoms together. l Why? l We will look at it in terms of energy. l Bond energy- the energy required.
Bohr Models – Selected Ans Sodium [11] p + s = 11 e - s = 11 1 st ring = 2 e - s 2 nd ring = 8 e - s 3 rd ring = 1 e - s Carbon [6] p + s = 6 e - s = 6.
VSEPR Valence Shell Electron Pair Repulsion Theory.
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Periodic Trends in Ionisation Energies and Covalent Radii Trends in the Periodic Table and Bonding.
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1 CHAPTER 8 Molecular Structure & Covalent Bonding Theories.
Chapters 8-10.7 Bonding. Types of Bonds Bonds tend to form in order to give each atom in the compound an Octet in its valence shell Nonmetals with other.