Inorganic Chemistry: Principles of Structure and Reactivity |
From inside the book
Results 1-3 of 77
Page 69
... radii are Mg + 2 = 65 and O2 = 140 pm . The sum of these two radii comes much closer to the experimental value of 210 pm , the error being of the order of 2 % . By these methods Pauling was able ( 1 ) to obtain values for the radii of ...
... radii are Mg + 2 = 65 and O2 = 140 pm . The sum of these two radii comes much closer to the experimental value of 210 pm , the error being of the order of 2 % . By these methods Pauling was able ( 1 ) to obtain values for the radii of ...
Page 231
... radii . The Lennard- Jones radius is one - half of the distance of closest approach of two molecules having no kinetic energy other than that obtained from the ... radii Element b C d ľvDwa rion INTERNUCLEAR DISTANCES AND ATOMIC RADII 231.
... radii . The Lennard- Jones radius is one - half of the distance of closest approach of two molecules having no kinetic energy other than that obtained from the ... radii Element b C d ľvDwa rion INTERNUCLEAR DISTANCES AND ATOMIC RADII 231.
Page 236
... radii ( pm ) Molecule Bond YA + B rexp HF HF 108 92 HCI HCI 136 128 HBr HBr 151 142 HI HI 170 161 CIF CIF 170 163 ... radii 8 The term " atomic radius " has unfortunately lost much of its significance because of its uncritical ...
... radii ( pm ) Molecule Bond YA + B rexp HF HF 108 92 HCI HCI 136 128 HBr HBr 151 142 HI HI 170 161 CIF CIF 170 163 ... radii 8 The term " atomic radius " has unfortunately lost much of its significance because of its uncritical ...
Contents
The Structure of the Atom | 9 |
Ionic Bonding and the Nature of Solids | 51 |
Theory and Energetics | 111 |
Copyright | |
19 other sections not shown
Common terms and phrases
acid ammonia anion antibonding atomic number atomic orbitals base bond angles bond energy bond lengths boron carbonyl cation CH₂ charge chelate Chem chemical chemists chloride complexes compounds considered coordination number covalent bonding crystal field dipole discussed effect electron density electronegativity elements energy levels enthalpy example experimental F. A. Cotton fluorine formation H H H H₂ H₂O halides halogens hybridization hydrogen atom Inorg Inorganic Chemistry interaction ionic ionization energy isomers kJ mol-1 kJ mol¹ lanthanides lattice ligands lone pair metal ions molecular orbital molecule nitrogen atom octahedral overlap oxidation oxygen phosphorus Phys pi bonding polar possible proton radii reaction Reproduced with permission repulsions resonance ring shown in Fig sigma bonds solution solvent sp³ species spectra spin square planar stability substituents sulfur symmetry Table tetrahedral theory trans transition metals trigonal valence valence bond theory values wave function Wiley Interscience York