Disturbing a chemical equilibrium - 16.7. More about balanced equations and equilibrium constants - 16.6. Using equilibrium constants in calculations - 16.5. Determining an equilibrium constant - 16.4. The reaction quotient and equilibrium constant - 16.3. Principles of reactivity : chemical equilibria - Fertilizer and poison gas - 16.1. Particulate view of reaction rates - 15.6. Concentration-time relationships : integrated rate laws - 15.5. Effect of concentration on reaction rate - 15.4. Principles of reactivity : chemical kinetics - Faster and faster - 15.1. Factors affecting solubility : pressure and temperature - 14.4. Solutions and their behavior - The killer lakes of Cameroon - 14.1. The physical properties of solids - 13.10. Solid-state chemistry : structures and formulas of ionic solids - 13.8. States of matter and the kinetic-molecular theory - 13.2. Intermolecular forces, liquids, and solids - The mystery of the disappearing fingerprints - 13.1. Some applications of the gas laws and kinetic-molecular theory - 12.9. Kinetic-molecular theory of gases - 12.7. Gas mixtures and partial pressures - 12.6.
Gases and their properties - Up, up, and away! - 12.1. Carbons : more than just another element - A colorful beginning - 11.1. Orbitals and bonding theories - 10.2 Valence bond theory - 10.3. Bonding and molecular structure : orbital hybridization and molecular orbitals - Linus Pauling : a life of chemical thought - 10.1. Charge distribution in covalent bonds and molecules - 9.8. Covalent bonding and Lewis structures - 9.5. Bonding and molecular structure : fundamental concepts - Sugar in space - 9.1. Periodic trends and chemical properties - 9. Atomic properties and periodic trends - 8.7. Atomic subshell energies and electron assignments - 8.4. Atomic electron configurations and chemical periodicity - Everything in its place - 8.1. Quantum mechanical view of the atom - 7.6. Atomic line spectra and Niels Bohr - 7.4. Planck, Einstein, energy, and protons - 7.3. Atomic structure - Colors in the sky - 7.1. The structure of atoms and molecules - 7. Product- or reactant-favored reactions and thermochemistry - 6.10. Enthalpy changes in chemical reactions - 6.6. Specific heat capacity and heat transfer - 6.3. Principles of reactivity : energy and chemical reactions - Abba's refrigerator - 6.1. Stoichiometry of reactions in aqueous solution - 6. pH : a concentration scale for acids and bases - 5.10. Measuring concentrations of compounds in solution - 5.9. Classifying reactions in aqueous solution - 5.7. Properties of compounds in aqueous solution - 5.2. Reactions in aqueous solution - Why is the sea salty? - 5.1. Chemical equations and chemical analysis - 5. Reactions in which one reactant is present in limited supply - 4.5. Mass relationships in chemical reactions : stoichiometry - 4.4. Chemical equations and stoichiometry - Black smokers and the origin of life - 4.1. Molecular compounds : formulas, names, and properties - 3.5. Ionic compounds : formulas, names, and properties - 3.4. Molecules, compounds, and formulas - 3.2.
Molecules, ions, and their compounds - Buckyball, a startling new molecule - 3.1. An overview of the elements, their chemistry, and the periodic table - 2.8. Protons, electrons, and neutrons : development of atomic structure - 2.2. Matter and measurement - Out of gas! - 1.1.
Chemistry and chemical reactivity kotz mac#
System requirements for accompanying CD-ROM: version 3.0 Windows 98/NT 4/ME/2000 Macintosh OS 8.5.1+, Power Mac
0 kommentar(er)
