Concise Physical Chemistry

P1: OSO
ind JWBS043-Rogers September 24, 2010 12:57 Printer Name: Yet to Come

374 INDEX

Ionization potential IP, 274

of helium, 284

Ion-permeable membrane, 204

Irreversible change, 72

Isobar, 26

Isodesmic reactions, 349, 356

Isolated system, 41

Isotherm, 24

of a van der Waals gas, 24

Iterative procedure, 241

Joule and Joule–Thomson experiments, 46

Joule (unit), 42

Joule, 46, 50

KCl, 62

Kinetic energy, 7

Kohlrausch’s law, 206

L-(dihydroxyphenyl)alanine, 218

Laplace transforms, 149

Lasers, 348

Lattice energies, 177

Law of corresponding states, another view,

27

LCAO, 320

L-Dopa, 218

Le Chatelier’s principle, 99

Lead, 83

Length of an Arc, 40

Limiting law, 214

Line integrals, 39, 52–53

Line spectrum, 235, 246

Linear and angular momentum vectors, 283

Linear combination, 270

Linear combinations of atomic orbitals

LCAO, 322

Lipid peroxidation, 346

Liquids and solids, 165

Liquid–vapor coexistence curve, 127

Logarithmic decay of a radioactive element,

147

LUMO, 285, 292

Magnetic resonance imaging (MRI), 299

Making ATP, the cell’s power supply, 103

Many-electron atomic systems, 263

Mathcad©C, 52, 246

Maxwell, 108

Maxwell-Boltzmann distribution, 7, 8, 13

Mean activity coefficient of HCl, 232

Mean ionic activity coefficients, 229

Membrane potential, 203

Methane, 331

Methanol, 332

finding the enthalpy of formation,

334–336

Methyl isocyanide, 159

Microstates, 112

Microwave spectroscopy, 292

Mixing, 77

MKS system, 2, 213

MM series, 309

input file for water, 314

thermodynamic properties, 311

MM4, 315

geometry output for water, 315

input geometry for methane, 316

output geometry for methane, 316

Mobility, 211

Models, 307

Moeller-Plesset energies, 337

Molality, 184, 197, 198

Molar conductivity, 206

at infinite dilution, 207

Molar heat capacities, 48

Molar mass of a nonideal gas, 28

Molar volume, 16, 33, 129

Molarity, 198

Mole fraction, 6, 184

Molecular enthalpies of formation, 58

Molecular mechanics, 309

Molecular modeling, 310

Molecular orbitals, 328

Molecular quantum chemistry, 238

Molecular variational method, 318

Molecular velocities, 12

Molecular weight (molar mass)

determination, 6

Moles, 3

Momentum, 15

Moving boundary method, 210

NaCl conductivity, 219

Naphthalene, 68

NDDO and related approximations, 323

Nernst equation, 224

Newton’s second law, 14