Physical aspects of organic chemistry
Chemical affinity. Physical theories of molecular structure. Valency. Electrical dipoles. Chemical reactivity. Unsaturation. Free radicals and their non-ionic reactions. Ionization and ionic reactions. Acidity. The reactivity of halogen compounds. General polarity. Hydrolysis and esterification. Ionotropic change. Molecular rearrangement. Conjugation. Aromatic compounds(I-II).
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Phys1cal Theor1es of Molecular Structure
Free Rad1cals and the1r Non1on1c React1ons
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acetate acid action activation acylous addition alcohol alkali alkyl anion anionoid Annalen aromatic ring aromatic substitution atom benzene bromine carbon atom carboxyl catalyst Chem Chim chloride compounds conjugated systems covalent bond derivatives dipole moments double bond effect electrical electromeric change energy enolic equation ester ether ethylene Faraday Soc formation formula free radicals give rise halides halogen hydrocarbon hydrogen atom hydrolysis hydroxyl hydroxyl ions ibid Ingold inversion iodide iodine ionic ionization isomeric isomeric change kation kationoid ketone linkage Lowry mechanism metallic methyl migration molecular molecule mutarotation naphthalene negative charge neutral nitrogen non-ionic non-polar nucleus occur olefines ortho oxidation oxime oxygen phenol photochemical phys polar positive charge proton reaction reactivity reagent rearrangement salts semi-polar shared electrons shown sodium solution Solvay Report solvent stable structure substances substituent group tautomeric theory tion Trans triphenylmethyl unsaturated valency velocity Walden inversion whilst Zeit