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	Textbook Of Inorganic Chemistry by G.S. Sodhi
	Price : Rs 495.00
	Your Price : Rs 445.50

Description: The Textbook of Inorganic Chemistry predicates on an account of fundamental principles and their applications to the study of elements. The comparative chemistry of inorganic compounds is discussed with special reference to periodicity, structure, bonding and reactivity. Recent advances in important segments of chemical bonding, allotropes, coordination compounds, organometallic derivatives and kinetics have been taken into consideration. The text covers almost every component of inorganic chemistry that is included in the curriculum prescribed for professional degrees. It disseminates information in a clear, systematic and easy-to-learn format.Contents: Chapter 1: Atomic Structure • Introduction • The Electron • The Proton • The Neutron • The Nucleus • Rutherford Model of Atom • Electromagnetic Radiation • Wave Nature of Light • Particle Nature of Light • Electromagnetic Spectrum • Atomic Spectrum • Failure of Rutherford Model • Bohr Model of Atom • Particle Nature of Electron • Wave Nature of Electron • de Broglie Principle • Heisenberg Uncertainty Principle • Schrödinger Wave Equation • Quantum Numbers • Transformation of Coordinates • Significance of Wave Function • Significance of Probability Concept • Pauli Exclusion Principle • Hund’s Rule of Maximum Multiplicity • Aufbau Principle • Chapter 2: Periodic Table • Introduction • The Classification • Size of Elements • Ionization Energy • Electron Affinity • Electronegativity • Slater Rules • Relativistic Effect • Chapter 3: Chemical Bonding • Introduction • Ionic Bond • Covalent Bond • Metallic Bond • Theories of Bonding in Metals • Alloys • Hydrogen Bond • van der Waals Forces • Chapter 4: Nuclear Chemistry • Introduction • The Atomic Nucleus • Natural Radioactivity • Artificial Radioactivity • Identification of Isotopes • Separation of Isotopes • Applications of Radioactivity • Chapter 5: Acids and Bases • Introduction • Bronsted–Lowry Theory • Lewis Theory • Hard and Soft Acid Base Theory • Chapter 6: Non-Aqueous Solvents • Introduction • Acid–Base Reactions • Precipitation Reactions • Complexation Reactions • Redox Reactions • Solvolysis Reactions • Chapter 7: Metallurgy • Introduction • Concentration of Ore • Conversion of Ore into Oxide • Reduction of Treated Ore to Crude Ore • Purification of Metal • Thermodynamics of Metallurgical Processes • Chapter 8: Hydrogen and Hydrides • Introduction • Position in the Periodic Table • Preparation of Hydrogen • Properties of Hydrogen • Isotopes of Hydrogen • ortho- and para-hydrogen • Atomic Hydrogen • Hydrogen Economy • Hydrides • Chapter 9: Group 1 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Anomalous Properties of Lithium • Diagonal Relationship Between Lithium and Magnesium • Chapter 10: Group 2 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 11: Group 13 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 12: Group 14 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 13: Group 15 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 14: Group 16 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 15: Group 17 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 16: Group 16 Elements • Introduction • Physical Properties • Chemical Properties • Compounds • Chapter 17: The Transition Elements • Introduction • Physical Characteristics • Electronic Configuration • Variable Oxidation States • Color • Catalytic Properties • Magnetic Properties • Complexation • Types of Ligands • Comparison of 3d Transition Series with 4d/5d Series • Chapter 18: Werner Coordination Theory • Introduction • Postulate 1 • Postulate 2 • Postulate 3 • Postulate 4 • Chapter 19: Nomenclature of Complexes • Introduction • IUPAC Rules • Representative Examples • Chapter 20: Isomerism in Complexes • Introduction • Structural isomers • Stereoisomers • Chapter 21: Stability of Complexes • Introduction • Chelate Effect • Effective Atomic Number Rule • Chapter 22: Theories of Metal–Ligand Bonding • Introduction • Valence Bond Theory • Crystal Field Theory • Jahn–Teller Theorem • Molecular Orbital Theory • Comparison of Crystal Field and Molecular Orbital Theories • Chapter 23: Chemistry of 3d Series Transition Elements • Introduction • Scandium • Titanium • Vanadium • Chromium • Manganese • Iron • Cobalt • Nickel • Copper • Chapter 24: Kinetic Aspects of Complexes • Introduction • Mechanisms of Substitution Reactions • Factors Complicating Substitution Reactions • Factors Affecting Rates of Substitution Reactions • The trans Effect • Redox Reactions • Chapter 25: Organometallic Compounds • Introduction • Classification of Organometallic Compounds • Hapticity of Organometallic Compounds • Carbonyl Organometallics • Olefin Organometallics • Alkyl Organometallics • Cyclopentadienyl Organometallics • Nitrosyl Organometallics • Chapter 26: The Lanthanides • Introduction • Electronic Configuration • Oxidation States • Lanthanide Contraction • Complexes • Color • Magnetic Properties • Spectral Properties • Separation of Lanthanides • Chapter 27: The Actinides • Introduction • General Properties • Electronic Configuration • Oxidation States • Compounds • Actinide Contraction • Magnetic Properties • Electronic Spectra • Complexes • Appendix • Units and their symbols • Symbols and values of physical constants • Suggested reading • Index.ISBN - 9788130915777

Pages : 672