Inorganic Chemistry: Principles of Structure and ReactivityFor advanced undergraduates of graduates. |
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Page 312
... metal ions such as Ag * , Hg * 2 , and Pt + 2 , but other ligands seem to prefer ions such as Al + 3 , Ti + 4 , and Co + 3.36 Ligands and metal ions were classified37 as belonging to type ( a ) or ( b ) 38 according to their ...
... metal ions such as Ag * , Hg * 2 , and Pt + 2 , but other ligands seem to prefer ions such as Al + 3 , Ti + 4 , and Co + 3.36 Ligands and metal ions were classified37 as belonging to type ( a ) or ( b ) 38 according to their ...
Page 395
... metal ions in molten salts . These solutions may be considered as disordered crystal lattices in which long - range order has been destroyed , but local order prevails . Transition metals can then occupy ( or create ) either tetrahedral ...
... metal ions in molten salts . These solutions may be considered as disordered crystal lattices in which long - range order has been destroyed , but local order prevails . Transition metals can then occupy ( or create ) either tetrahedral ...
Page 549
... Metal ions belonging to this group are the dipositive transition metals , Mg + 2 , and tripositive lanthanides . These may be considered as ions in which the bonding is somewhat stronger than in Class I , but LFSEs are relatively small ...
... Metal ions belonging to this group are the dipositive transition metals , Mg + 2 , and tripositive lanthanides . These may be considered as ions in which the bonding is somewhat stronger than in Class I , but LFSEs are relatively small ...
Contents
Introductory Survey of Inorganic Chemistry | 1 |
The Structure of the Atom | 10 |
Bonding Models in Inorganic Chemistry | 53 |
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18-electron Rule acid ammonia anion antibonding atomic orbitals base bond angles bond energy bond lengths boron carbonyl cation Chapter charge chelate Chem chemical chemists compounds coordination number covalent bonding crystal field dipole discussed effect electron affinity electron density electronegativity elements energy levels enthalpy example experimental fluorine formation H H H H₂O halides halogens hybridization hydrogen atom hydrogen bond increase Inorg Inorganic Chemistry interaction ionic ionization energy isomers kJ mol-1 kJ mol¹ lanthanides lattice ligands lone pair metal atom metal ions molecular orbital molecule nitrogen atom noble gas nonbonding octahedral overlap oxidation phosphorus polar possible predict proton radii reaction Reproduced with permission repulsions resonance ring shown in Fig sodium solution solvent sp³ species spectra square planar stability substituents sulfur symmetry synthesis Table tetrahedral theory trans transition metals trigonal valence bond theory values wave function York