Saturday, June 13, 2015

Descriptive Inorganic Chemistry Second Edition


Descriptive Inorganic Chemistry Second Edition
Buku ini diterbitkan Tahun 2010  Oleh  Elsevier Inc. All rights reserved. California. Adalah buku edisi Kedua.


Judul:  Descriptive Inorganic Chemistry Second Edition
Oleh: James E. House, et al
Penerbit:  Elsevier Inc. All rights reserved. California.
Tahun: 2010
Jumlah Halaman:  585 hal.


Penulis:
James E. House
Kathleen A. House

Illinois Wesleyan University
Bloomington, Illinois

Lingkup Pembahasan:

Buku ini meliputi pembahasan tentang:  Dari mana semua itu Datang,  Atom dan Struktur Molekul,
Ionic Bonding, Kristal, dan Antarmolekul Angkatan; Reaksi dan Hubungan Energi; Asam, Basa, dan Pelarut tak berair; Hidrogen;  Grup IA dan IIA Logam; Boron; Aluminium, Gallium, Indium, dan Thallium; Carbon; Silicon, Germanium, Tin, dan Lead; Nitrogen; Fosfor, arsenik, antimon, dan Bismuth; Oxygen; Sulfur, Selenium, dan Telurium; Halogen; The Noble Gas; Transisi Logam; Struktur dan Bonding di Koordinasi Senyawa; Sintesis dan Reaksi Koordinasi Senyawa; dan Organologam Senyawa.

Daftar Isi:




Preface   xv
Chapter 1: Where It All Comes From   1

    1.1 The Structure of the Earth   1
    1.2 Composition of the Earth’s Crust  4
    1.3 Rocks and Minerals   4
    1.4 Weathering   5
    1.5 Obtaining Metals   6
    1.6 Some Metals Today  10
    1.7 Nonmetallic Inorganic Minerals  12
    References for Further Reading   15
    Problems  15
Chapter 2: Atomic and Molecular Structure  17
    2.1 Atomic Structure   17
    2.2 Properties of Atoms  23
    2.3 Molecular Structure  31
    2.4 Symmetry  44
    2.5 Resonance   51
    References for Further Reading   57
    Problems   57
Chapter 3: Ionic Bonding, Crystals, and Intermolecular Forces   63
    3.1 Ionic Bonds   63
    3.2 Intermolecular Interactions  76
    References for Further Reading  88
    Problems   88
Chapter 4: Reactions and Energy Relationships  91
    4.1 Thermodynamic Considerations 91
    4.2 Combination Reactions  103
    4.3 Decomposition Reactions   105
    4.4 Redox Reactions   107
    4.5 Hydrolysis Reactions  108
    4.6 Replacement Reactions  109
    4.7 Metathesis   110
    4.8 Neutralization Reactions   112
    References for Further Reading  114
    Problems   114
Chapter 5: Acids, Bases, and Nonaqueous Solvents  119
    5.1 Acid-Base Chemistry  119
    5.2 Nonaqueous Solvents   136
    5.3 Superacids   148
    References for Further Reading  149
    Problems   149
Chapter 6: Hydrogen  153
    6.1 Elemental and Positive Hydrogen   153
    6.2 Occurrence and Properties   158
    6.3 Hydrides   160
    References for Further Reading  166
    Problems   167
Chapter 7: The Group IA and IIA Metals  169
    7.1 General Characteristics   170
    7.2 Oxides and Hydroxides  175
    7.3 Halides   178
    7.4 Sulfides   179
    7.5 Nitrides and Phosphides   180
    7.6 Carbides, Cyanides, Cyanamides, and Amides  181
    7.7 Carbonates, Nitrates, Sulfates, and Phosphates  182
    7.8 Organic Derivatives  183
    References for Further Reading   186
    Problems    187
Chapter 8: Boron   189
    8.1 Elemental Boron  189
    8.2 Bonding in Boron Compounds  191
    8.3 Boron Compounds   191
    References for Further Reading   203
    Problems   204
Chapter 9: Aluminum, Gallium, Indium, and Thallium  207
    9.1 The Elements   207
    9.2 Oxides  211
    9.3 Hydrides  214
    9.4 Halides   215
    9.5 Other Compounds  217
    9.6 Organometallic Compounds  219
    References for Further Reading   222
    Problems   222
Chapter 10: Carbon  225
    10.1 The Element   225
    10.2 Industrial Uses of Carbon   229
    10.3 Carbon Compounds   231
    10.4 Fullerenes   242
    References for Further Reading  243
    Problems   244
Chapter 11: Silicon, Germanium, Tin, and Lead   247
    11.1 The Elements  247
    11.2 Hydrides of the Group IVA Elements  251
    11.3 Oxides of the Group IVA Elements  252
    11.4 Silicates   258
    11.5 Zeolites   263
    11.6 Halides of the Group IVA Elements   265
    11.7 Organic Compounds   269
    11.8 Miscellaneous Compounds   271
    References for Further Reading  273
    Problems   274
Chapter 12: Nitrogen   277
    12.1 Elemental Nitrogen  277
    12.2 Nitrides   278
    12.3 Ammonia and Aquo Compounds  279
    12.4 Hydrogen Compounds  280
    12.5 Nitrogen Halides   286
    12.6 Nitrogen Oxides  288
    12.7 Oxyacids  293
    References for Further Reading  297
    Problems   297
Chapter 13: Phosphorus, Arsenic, Antimony, and Bismuth  301
    13.1 Occurrence  301
    13.2 Preparation and Properties of the Elements   302
    13.3 Hydrides   303
    13.4 Oxides   305
    13.5 Sulfides   307
    13.6 Halides   308
    13.7 Phosphonitrilic Compounds  315
    13.8 Acids and Their Salts  317
    13.9 Fertilizer Production   323
    References for Further Reading  325
    Problems   326
Chapter 14: Oxygen  329
    14.1 Elemental Oxygen, O2  329
    14.2 Ozone, O3  331
    14.3 Preparation of Oxygen   333
    14.4 Binary Compounds of Oxygen  333
    14.5 Positive Oxygen  338
    References for Further Reading  339
    Problems   339
Chapter 15: Sulfur, Selenium, and Tellurium   341
    15.1 Occurrence of Sulfur   341
    15.2 Occurrence of Selenium and Tellurium   343
    15.3 Elemental Sulfur  344
    15.4 Elemental Selenium and Tellurium   346
    15.5 Reactions of Elemental Selenium and Tellurium  347
    15.6 Hydrogen Compounds   348
    15.7 Oxides of Sulfur, Selenium, and Tellurium   350
    15.8 Halogen Compounds   353
    15.9 Nitrogen Compounds   356
    15.10 Oxyhalides of Sulfur and Selenium   359
    15.11 Oxyacids of Sulfur, Selenium, and Tellurium   362
    15.12 Sulfuric Acid   367
    References for Further Reading  372
    Problems  372
Chapter 16: Halogens   375
    16.1 Occurrence   375
    16.2 The Elements   376
    16.3 Interhalogens   378
    16.4 Polyatomic Cations and Anions   384
    16.5 Hydrogen Halides   387
    16.6 Oxides   389
    16.7 Oxyacids and Oxyanions   394
    References for Further Reading   398
    Problems   398
Chapter 17: The Noble Gases  401
    17.1 The Elements   401
    17.2 The Xenon Fluorides   404
    17.3 Reactions of Xenon Fluorides   407
    17.4 Oxyfluorides and Oxides    409
    References for Further Reading   410
    Problems   411
Chapter 18: The Transition Metals   413
    18.1 The Metals   413
    18.2 Oxides   424
    18.3 Halides and Oxyhalides  430
    18.4 Miscellaneous Compounds  432
    18.5 The Lanthanides   434
    References for Further Reading   437
    Problems   437
Chapter 19: Structure and Bonding in Coordination Compounds  441
    19.1 Types of Ligands and Complexes  441
    19.2 Naming Coordination Compounds  444
    19.3 Isomerism  446
    19.4 Factors Affecting the Stability of Complexes  451
    19.5 A Valence Bond Approach to Bonding in Complexes  455
    19.6 Back Donation  461
    19.7 Ligand Field Theory  464
    19.8 Jahn-Teller Distortion  473
    References for Further Reading  474
    Problems  475
Chapter 20: Synthesis and Reactions of Coordination Compounds  479
    20.1 Synthesis of Coordination Compounds  479
    20.2 A Survey of Reaction Types   484
    20.3 A Closer Look at Substitution Reactions  493
    20.4 Substitution in Square Planar Complexes  496
    20.5 Substitution in Octahedral Complexes  505
    References for Further Reading  511
    Problems  512
Chapter 21: Organometallic Compounds  517
    21.1 Structure and Bonding in Metal Alkyls  518
    21.2 Preparation of Organometallic Compounds  522
    21.3 Reactions of Metal Alkyls  525
    21.4 Cyclopentadienyl Complexes (Metallocenes) 528
    21.5 Metal Carbonyl Complexes  531
    21.6 Metal Olefin Complexes  541
    21.7 Complexes of Benzene and Related Aromatics   545
    References for Further Reading   546
    Problems  547

Appendix A: Ground State Electron Configurations of Atoms   551
Appendix B: Ionization Energies   555
Index    559


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