Molecules and the Chemical BondTrafford Publishing, 2011 - 404 頁 MOLECULES AND THE CHEMICAL BOND Chemistry Simplified This highly original book by a famous chemistry teacher about general chemistry in a new key may change how teachers teach - - Atomic Theory - The Mole Concept and Avogadro's Constant - The Gas Laws - Solving Problems in Chemical Stoichiometry - The Saturation and Directional Character of Chemical Affinity - The Pauli Exclusion Principle - Linnett's Double Spin Set Theory - Pauling's Rules of Crystal Chemistry - The Octet Rule - Lewis Structures for O2, NO, CO, SO2 and SO3 - Construction of Bond Diagrams - VSEPR Theory - Dative Bonding - Multicenter Bonding - Bonding in Metals - pH Calculations - The Periodic Table - The Energy Function and the First Law of Thermodynamics - The Entropy Function and the Second Law of Thermodynamics - How an Inductive Science Advances |
常見字詞
3-center anions anticoincidence atomic cores atomic orbitals bond angle bond diagrams bond length carbon atom carbon-carbon cations chemical bond chemistry chemists compounds concept Conceptual Valence Bond configuration coordination numbers corresponding covalent curly arrows CVBT dative bond dimer dipole donor-acceptor interactions double bond electron density distributions electron pair domains electrophilic electrophilic sites elements ethylene Exclusion Principle exclusive orbitals formal charges H H H heavy atoms hybrid hydrogen atoms hydrogen bond inductions ionic ionization energies ions isoelectronic Isoelectronic Principle lithium lone pairs metals models of molecules molecular structure molecule's nucleophilic number of electrons octahedral Octet Rule owing oxygen periodic tables physical proton quantum mechanics Rabbit Ear reaction repulsion resonance single bonds spin set Stroke Termination Rule surr symbols tetrahedral tetrahedral interstices trigonal triple bond Valence Bond Theory valence shell valence shell electrons valence sphere models valence stroke diagrams Valence Stroke Termination Valence-Sphere Model VSEPR Theory wave function yields