Ch. 1. General concepts for covalent bonding and constructing Lewis structures for organic molecules -- Ch. 2. Guideline for writing organic molecule isomers and determining number of rings plus pi-bonds -- Ch. 3. Guideline for complete analysis for central atoms and molecules: bonding/hybridization/geometry/polarity -- Ch. 4. Notation in organic chemistry: guide to writing an using condensed forumulas and line drawings -- Ch. 5. Summary guidelines for organic nomenclature -- Ch. 6. Guidelines for analysis of intermolecular forces for organic molecules -- Ch. 7. Alkane and cycloalkane conformations -- Ch. 8. Summary guide to thermodynamic concepts for organic chemistry -- Ch. 9. Guide to kinetics and reaction mechanisms -- Ch. 10. Review of acid/base concepts for organic chemistry -- Ch. 11. Electrophiles and nucleophiles in organic reaction mechanisms -- Ch. 12. Conceptual guide to mechanisms in organic chemistry -- Ch. 13. Guide to stereochemistry concepts and analysis of reaction stereochemistry as applied to electrophilic addition -- Ch. 14. A process for calculation of product distribution through relative rate analysis: examples for free radical halogenation -- Ch. 15. Process to identify and solve the reactions for Organic I -- Ch. 16. Electrophilic addition and addition/elimination to conugated double bond and aromatic systems -- Ch. 17. Oxidation/reduction relationships for carbonyl carbon -- Ch. 18. A complete system for organizing, identifying, and solving carbonyl reactions: nucleophilic addition and addition/elimination -- Ch. 19. A brief guideline for applying fundamental concepts in NMR spectroscopy -- Section I -- Organic practice exams -- Section II -- Multiple-choice practice exams.
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