Incluye indice analitico pag.319

1.Quantum mechanics adn the hydrogen atom / 2.An intuitive basis for quantum theory / 3.Quantum mechanics / 4.The hydogen atom / 5.Mny-electron atom / 6.The energy levels of many-electron atoms / 7.Ionization energy and valence electrons / 8.Quantum mechanics and chemical bonds / 9.What is a molecule / 10.Why do chemical bonds form / 11.The simplest molicule H2 / 12.Molecules and the puli principle / 13.Molecules with more electrons / 14.On to bigger game / 15.Simple molecular orbitals / 16.H2 a source of approximate M O ´s for H2 / 17.Approximate M O´s for 2p orbitals / 18.M O ´s for the oxygen molecule / 19.M O ´s for other first-row homonuclear diatomic molecules / 20.M O ´s for other first-row heteronuclear diatomic molecules / 21.Approximate M O ´s for methylene CH2 / 22.Approximate M O ´s for carbon dioxide CO2 / 23.Warp-up on M O ´s / 24.Approximate representations of chemical bonds / 25.General principles of bonding / 26.Inert gases electron-pairs and chemical boding / 27.Inert gases electron quartets and chemical boding / 28.Pigeonholes and chemical bonding / 29.Molecular geometry and molecular dipole moments / 30.Orbital hybridization and bond angles / 31.Electron repulsion and bond angles / 32.Contrast of the hybridezation and electron repulsion models / 33.Molecular dipole moments / 34.Chemical bonds types / 35.Covalent bonds / 36.heteronuclear bonds ionic bonds / 37.Electron donor-acceptor bonds / 38.Electron-excess compounds / 39.New frontiers / 40.Reprise on chemical bonding / 41.Solids and liquids / 42.A general description or liquids and solids / 43.The iner gases / 44.Molecuar solids and liquids / 45.Covalent solids / 46.Hydrogen bonded solids / 47.Metals / 48.Ionic solids / 49.Chemical bonds and the future /