Relationship, Reevaluation, 200

Knight’s Move Relationship, Silver(I)-Thallium(I) similarities, 200

Knight’s Move Relationship, Thallium detour, 201

Knight’s Move Relationship, Tin(IV)-Polonium(IV) similarities, 205

Knight’s Move Relationship, Zinc-Tin(II) similarities, 205

Lanthanoids, 239

Lanthanoids, 4f Elements, 238

Lanthanoids, Cerium as Member of Group 4, 246

Lanthanoids, Cerium(IV) and Zirconium(IV) and Hafnium(V) similarities, 250

Lanthanoids, Dendrogram restructuring, 248

Lanthanoids, Element Properties, 240

Lanthanoids, Europium(II) and Strontium and Calcium similarities, 250

Lanthanoids, Ion Charges, 242

Lanthanoids, Lanthanoid Contraction, 242

Lanthanoids, Other Oxidation States, 244

Lanthanoids, Post-Lanthanoid Effect, 243

Lanthanoids, Resemblance of Scandium, 237

Lanthanoids, Resemblance of Yttrium, 236

Lanthanoids, Restructuring, 245

Lanthanoids, Stacked arrangement, 246

Main Group Elements, 124

Main Group Elements, 4th Period Anomaly, 129

Main Group Elements, 4th Period Anomaly Revisited, 184

Main Group Elements, d-Block Contraction, 128

Main Group Elements, group Trends, 130

Main Group Elements, Highest Oxidation-State Oxides, 143

Main Group Elements, Historical Background, 125

Main Group Elements, Organometallic Compounds, 127

Main Group Elements, Periodic Trends, 142

Main Group Elements, Uniqueness Principle, 126

Metalloids, 87

Metals, 91

Metals, Chemically Weak, 89

Metals, Noble, 96

Metals, Rare Earth, 98

Metals, Refractory, 96

Metals, Supermetals, 92

Noble gases, see Aerogens, 93

Nonmetals, 86

Oxidation Number, see Oxidation State, 31

Oxidation State, 31

Oxidation State, Abegg’s Rule, 33

Pentels, see Pnictogens, 94

Platinide Ion, 46

Pnictogens, 94, 137

Pnictogens, Arsenic, 137

Pnictogens, Tetrahedral Ions, 137

Post-Actinoids, 267

Post-Actinoids, 6d Elements, 268

Post-Actinoids, 7p Elements, 269

Post-Actinoids, Possibility of 8th Period, 269

Pseudo-Elements, 277

Pseudo-Elements, Ammonium as a Species, 279

Pseudo-Elements, Ammonium Ion as Pseudo-Alkali Metal Ion, 277

Pseudo-Elements, Boron-Nitrogen Analogs of Carbon Compounds, 284

Pseudo-Elements, Combo Elements, 283

Pseudo-Elements, Cyanide as Pseudo-Halide Ion, 281

Pseudo-Elements, Other Cations as Pseudo-Alkali Metal Ions, 279

Pseudo-Elements, Pseudo-Halogens, 280

Pseudo-Elements, Superatoms, 286

Pseudo-Elements, Synthetic Metals, 287

Pseudo-Elements, Tetracarbonylcobaltate(-I) Ion as Pseudo-Halide Ion, 282

Relativistic Effects on Atomic Properties, 46

Semimetal, see metalloid, 87

Tetrels, 94, 135

Tetrels, Graphite, 135

Tetrels, Pseudo-cubanes, 136

Transition Metal, Definition, 152

Transition Metal, Group 3 Exclusion, 152

Transition Metal, Group 12 Exclusion, 153

Transition Metals, 3d Period Patterns, 158

Transition Metals, Categorization, 158

Transition Metals, Early 4d-5d Elements, 162

Transition Metals, Group 11, 165

Transition Metals, Habashi’s Categorizations, 156

Transition Metals, Heavy, 95

Transition Metals, Honorary Transition Metals Exclusion, 153

Transition Metals, Hybrid Combination, 168

Transition Metals, Manganese, 162

Transition Metals, Other Categorizations, 157

Transition Metals, Platinum Metals, 164

Transition Metals, Previous Classifications, 154

Transition Metals, Schweitzer and Pesterfield’s Categorizations, 157

Transition Metals, Titanium, 161

Triels, 94, 134

Triels, Boron, 134

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