Atomic Bonding A simple but useful review of the ionic and covalent bond and how they compare to each other. Basic Concepts of Chemical Bonding Exactly what it says. *Bonding One of the best websites for a great review of bonding and molecular geometry. Here you'll find topics covering the chemical bond, Lewis structures, anles & shapes, polarity, interactions, review questions, and tutorials. *Bonding An extensive set of notes covering virtually every aspect of bonding. Provides worksheets, examples, and explanations. *Bonding This site takes a look at virtually every aspect of bonding. Topics include: ionic bonds, elements which form ionic bonds, a brief look at how Pauling discovered the electronegativity scale, electronegativity and bond type, the covalent bond, Lewis and the covalent bond, Lewis Dot Diagrams, predicting polarity of simple covalent molecules, formal charge, and resonance *Bonding An excellent website that does a great job of both explaining and illustrating the concepts in bonding. Topics covered are: types of bonds, energy levels, orbitals, electron configurations, covalent bonding, hybridization, VSEPR, exceptions to the octet rule, and polar bonds. Bonding & Isomerism ChemTeam developed this tutorial which covers a short history on bonding, ionic bonds, which elements form ionic bonds, Pauling and the electronegativity scale, electronegativity and bond type, covalent bonds, Gilbert Newton Lewis and the covalent bond, Lewis dot diagrams illustrating the octet rule, expanded octets, odd electron molecules, predicting polarity, formal charge, and resonance. Bonding Theories & Molecular Structure Covers Lewis dot structures, VSEPR, valence bond theory, and molecular orbital theory. *Chemical Bonding A very thorough review of ionic and covalent bonding, multiple bonds, Lewis dot diagrams, polar and nonpolar bonds, and dipoles. *Chemical Bonding A very thorough review of ionic and covalent bonding, multiple bonds, Lewis dot diagrams, polar and nonpolar bonds, and dipoles. *Chemical Bonding A very good website on bonding. Loads of easy-to-follow illustrations and examples. Topics included are: ionic compounds, Lewis symbols, covalent compounds, electronegativity and polarity of bonds, drawing Lewis structures, selection of Lewis structures, resonance: when Lewis structures fail Electronegativity: Classifying Bond Type A very thorough job explaining how END can be used to identify a bond type. *Lewis Structures A very thorough look at Lewis dot diagrams, formal charge, resonance structures , VSEPR Theory, bond and molecular polarity , and intermolecular forces. *Molecular Geometry A very good website on bonding. Loads of easy-to-follow illustrations and examples. Topics included are: common molecular structures, predicting the shapes of molecules, molecular shape and polarity, valence bond theory, hybrid orbitals, double and triple bonds, delocalized molecular orbitals. Molecular Models Provides definitions, relationship of molecular shape to electron pair geometry, nonmetal bonding patterns, examples which can be animated, demonstrations provide model kits and their usage, and a self-assessment quiz *Shapes of Molecules Images of most of the molecular geometries we will syudy is available from this website. *The Structure of Molecules Possibly the most comprehensive source of tutorial aide on bonding and molecular geometry you will find on the Web. It includes notes, tutorials, practice problems, and labs. Valence Bond Theory This website reviews why hybrids are a better explanation than orbitals that overlap. Accompanied by illustrations and explanations. VSEPR This website covers every aspect of VSEPR theory. Explains what VSEPR is, allows comparisons of two structures using VSEPR, explains what the rules are and how to apply them, provides a close look at how electrons are distributed, molecular structures based on VSEPR Theory,and loads of practice problems. VSEPR This website covers every aspect of VSEPR theory. Images that can be manipulated are provided along with explanations of how the theory matches the molecular geometries. *VSEPR Table Animations are provided of all the molecular geometries. *VSEPR Theory of Molecular Geometry An excellent presentation that helps clear up a number of misconceptions about VESPR and its usage in determining molecular geomtries. VSEPR - An Interactive Tutorial & Quiz Provides an excellent introductory tutorial, molecular shapes which are animated, examples accompanied by detailed explanations, and problems.