Free [PDF] Wiley’s J.D. Lee Concise Inorganic Chemistry For JEE Main + Adv

Free [PDF] Wiley’s J.D. Lee Concise Inorganic Chemistry for JEE Main + Adv

This book is an adaptation of J.D. Lee’s classic book Concise Inorganic Chemistry (fifth edition), which is commonly used by engineering students studying for entrance exams.

This modified edition offers a more succinct treatment of the subject in accordance with the syllabus criteria while not sacrificing essentials.

The explanation of fundamental principles is clear and straightforward, providing an appropriate balance of theory and implementations. The adaptation was done with the aim of making the book the perfect choice for engineering students.

About the Author of Wiley’s J.D. Lee Concise Inorganic Chemistry for JEE Main + Adv

John Lee was a Senior Lecturer in the Department of Chemistry at Loughborough University in Leicestershire, UK, where he wrote several books and journal articles.

Sudarsan Guha is a well-known Inorganic Chemistry instructor who currently works at Allen Career Institute in Kota, a prestigious coaching academy for engineering students. He was previously affiliated with the Bansal groups in Kota.

Wiley’s J.D. Lee Concise Inorganic Chemistry Book Contains (Chapterwise)

1. Structure of an Atom	9.10 Hydrides
1.1 Atoms	9.11 Solubility and Hydration
1.2 Some Important Definitions	9.12 Solutions of Metals in Liquid Ammonia
1.3 Electronic Configuration of an Atom	9.13 Compounds with Carbon
2. Periodic Table and Periodic Properties	9.14 Complexes, Crowns and Crypts
2.1 Periodic Table	9.15 Biological Importance
2.2 Classification of Elements Based on Electronic Configuration	9.16 Differences Between Lithium and the Other Group 1 Elements
2.3 Periodic Trends In Properties	9.17 Preparation of Sodium Hydroxide
3. Chemical Bonding	9.18 Electrolytic Processes
3.1 Attainment of a Stable Configuration	9.19 Preparation of Sodium Carbonate
3.2 Types of Bonds	9.20 The Solvay (or Ammonia – Soda) Process
3.3 Transitions Between the Main Types of Bonding	Group 2 – The Alkaline Earth Elements
3.4 The Covalent Bond	9.21 General Properties
3.5 Valence Bond Theory	9.22 Anomalous Behaviour of Beryllium
3.6 Valence Shell Electron Pair Repulsion (VSEPR) Theory	9.23 Chemical Properties
3.7 The Extent of d Orbital Participation in Molecular Bonding	9.24 Hydroxides
3.8 Types of Covalent Bonds (Sigma (s) and Pi (p) Bonds)	9.25 Hardness of Water
3.9 Molecular Orbital Method	9.26 Reaction with Acids and Bases
3.10 LCAOMethod	9.27 Oxides and Peroxides
3.11 Rules for Linear Combination of Atomic Orbitals	9.28 Sulphates
3.12 Examples of Molecular Orbital Treatment for Homonuclear Diatomic Molecules	9.29 Nitrates
3.13 Examples of Molecular Orbital Treatment for Heteronuclear Diatomic Molecules	9.30 Hydrides
3.14 Dipole Moment	9.31 Halides
3.15 The Ionic Bond	9.32 Nitrides
3.16 Close Packing	9.33 Carbides
3.17 Ionic Compounds of the Type AX (ZnS, NaCl, CsCl)	9.34 Complexes
3.18 Ionic Compounds of the Type AX2 (CaF2, TiO2, SiO2)	9.35 Biological Role of Mg2+ and Ca2+
3.19 Layer Structures (CdI2, CdCl2, [NiAs])	9.36 Differences Between Beryllium and the Other Group 2 Elements
3.20 Lattice Energy	10. The p-Block Elements and their Compounds
3.21 Stoichiometric Defects	The Group 13 Elements
3.22 Nonstoichiometric Defects	10.1 Oxidation States and Types of Bonds
3.23 Born–Haber Cycle	10.2 General Properties
3.24 Polarizing Power and Polarizability – Fajans’ Rules	10.3 Preparation of Boron
3.25 Melting Point of Ionic Compounds	10.4 Reactions of Boron
3.26 Solubility of Ionic Compounds	10.5 Reactions of the Other Elements
3.27 Electrical Conductivity and Colour	10.6 Compounds of Boron and Oxygen
3.28 Acidic Nature of Oxides	10.7 The Other Group 13 Oxides
3.29 Thermal Stability of Ionic Compounds	10.8 Tetrahydridoborates (Borohydrides)
3.30 Weak Forces	10.9 Halides
3.31 Interactions between Ions and Covalent Molecules	10.10 Complexes
3.32 The Metallic Bond	10.11 Differences Between Boron and the Other Elements
3.33 Theories of Bonding in Metals	10.12 Boron Hydrides
3.34 Conductors, Insulators and Semiconductors	10.13 Reactions of the Boranes
4. Hydrolysis	10.14 Structures of the Boranes
4.1 Introduction	10.15 Organometallic Compounds
4.2 Hydrolysis Through SN1 Mechanism	10.16 Structure and Allotropy of the Elements
4.3 Hydrolysis Through SN2 Mechanism	10.17 Differences Between Carbon, Silicon and the Remaining Elements
4.4 Hydrolysis Through Addition–Elimination Mechanism	10.18 Physical Properties
4.6 Hydrolysis Through Redox Reaction	10.19 Chemical Reactivity
4.5 Hydrolysis Through Addition Mechanism	10.20 Carbides
4.7 Hydrolysis Through Push–Pull Mechanism	10.21 Oxygen Compounds of Carbon
4.8 Hydrolysis Through Mixed Mechanism	10.22 Carbonates
5. Coordination Compounds	10.23 Sulphides of Carbon
5.1 Double Salts and Coordination Compounds	10.24 Oxides of Silicon
5.2 Werner’s Work	10.25 Oxides of Germanium, Tin and Lead
5.3 More Recent Methods of Studying Complexes	10.26 Silicates
5.4 Classification of Ligands	10.27 Classification of Silicates
5.5 Effective Atomic Number (EAN)	10.28 Glass
5.6 Shapes of d Orbitals	10.29 Organosilicon Compounds and the Silicones
5.7 Bonding in Transition Metal Complexes	10.30 Hydrides of Silicon
5.8 Valence Bond Theory	10.31 Complexes
5.9 Crystal Field Theory	10.32 Internal p Bonding Using d Orbitals
5.10 Effects of Crystal Field Splitting	10.33 Halides
5.11 Tetragonal Distortion of Octahedral Complexes (Jahn-Teller Distortion)	10.34 Organic Derivatives
5.12 Square Planar Arrangements	10.35 General Properties and Structures of the Elements
5.13 Tetrahedral Complexes	10.36 Hydrides
5.14 Magnetism	10.37 Liquid Ammonia as a Solvent
5.15 Extension of the Crystal Field Theory to Allow for Some Covalency	10.38 Hydrogen Azide and the Azides
5.16 Nomenclature of Coordination Compounds	10.39 Nitrogen Fixation
5.17 Isomerism	10.40 NPK Fertilizers
6. Metallurgy	10.41 Halides
6.1 Types of Ores	10.42 Oxides of Nitrogen
6.2 Principal Steps in the Recovery of a Metal From its Ore	10.43 Oxoacids of Nitrogen
6.3 Concentration or Dressing of Ore	10.44 Oxides of Phosphorus
6.4 Conversion of Concentrated Ore into its Oxide	10.45 Oxoacids of Phosphorus
6.5 Different Reduction Processes	10.46 General Properties
6.6 Purification or Refining of Metal	10.47 Structure and Allotropy of the Elements
6.7 Theromodynamics of Reduction Process	10.48 Physical Properties
6.8 Alloys and Amalgams	10.49 Chemical Reactivity
6.9 Different Types of Furnaces Used in Metallurgy	10.50 General Properties of Oxides
6.10 Extraction of Silver	10.51 Oxides of Sulphur
6.11 Extraction of Gold by Cyanide Process	10.52 Oxoacids of Sulphur
6.12 Extraction of Tin	10.53 Oxohalides
6.13 Extraction of Magnesium	10.54 Hydrides
6.14 Extraction of Aluminium	10.55 Halides
6.15 Extraction of Lead	10.56 Extraction and Uses of the Elements
6.16 Extraction of Copper	10.57 General Properties
6.17 Extraction of Zinc	10.58 Reaction with Water
6.18 Extraction of Iron	10.59 Reactivity of the Elements
7. Qualitative Salt Analysis	10.60 Hydrogen Halides HX
Tests for Acid Radicals	10.61 Halides
7.1 Action of Dilute Acids	10.62 Halogen Oxides
7.2 Tests for CO23-/HCO3- and SO23-/HSO3- Radicals	10.63 Oxoacids
7.3 Tests for Sulphide (S2-) Radical	10.64 Interhalogen Compounds
7.4 Tests for Thiosulphate (S2O32-) Radical	10.65 Polyhalides
7.5 Tests for Nitrite (NO2-) Radical	10.66 Pseudohalogens and Pseudohalides
7.6 Tests for Acetate, Formate and Oxalate Radicals	10.67 Occurrence and Recovery of the Elements
7.7 Tests for Halide (Cl-, Br-, I-) Radicals	10.68 Uses of the Elements
7.8 Tests for Nitrate (NO3-) Radical	10.69 Physical Properties
7.9 Tests for Sulphate (SO24-) Radical	10.70 Special Properties of Helium
7.10 Tests for Borate (BO33-) Radical	10.71 Chemical Properties of the Noble Gases
7.11 Tests for Phosphate (PO34-) Radical	10.72 Chemistry of Xenon
7.12 Tests for Chromate (CrO24-) and Dichromate (Cr2O72-) Radicals	10.73 Structure and Bonding in Xenon Compounds
7.13 Tests for Permanganate (MnO4-) and Manganate (MnO42-) Radicals	10.74 Structures of Some Xenon Compounds
7.14 Dry Tests for Basic Radicals	11. The d-Block Elements and Some of their Compounds
7.15 Wet Tests for Basic Radicals	11.1 Variable Oxidation State
7.16 Some General Tests for Cations	11.2 Complexes
7.17 Specific Tests for Some Cations	11.3 Size of Atoms and Ions
8. Hydrogen and the Hydrides	11.4 Density
8.1 Electronic Structure	11.5 Melting and Boiling Points
8.2 Position in the Periodic Table	11.6 Reactivity of Metals
8.3 Abundance of Hydrogen	11.7 Ionization Energies
8.4 Preparation of Hydrogen	11.8 Colour
8.5 Properties of Molecular Hydrogen	11.9 Magnetic Properties
8.6 Isotopes of Hydrogen	11.10 Catalytic Properties
8.7 Ortho and Para Hydrogen	11.11 Nonstoichiometry
8.8 Hydrides	11.12 Abundance
8.9 The Hydrogen Ion	11.13 Chromate and Dichromate
8.10 Hydrogen Bonding	11.14 Manganate and Permanganate
9. The s-Block Elements and their Compounds	11.15 Silver and its Compounds
Group 1 – The Alkali Metals	11.16 Zinc Compounds
9.1 General Properties	11.17 Copper Compounds
9.2 Structures of the Metals, Hardness and Cohesive Energy	11.18 Iron Compounds
9.3 Flame Colours and Spectra	12. The f-Block Elements and Some of their Compounds
9.4 Colour of Compounds	12.1 Lanthanoids
9.5 Chemical Properties	12.2 Actinoids
9.6 Oxides, Hydroxides, Peroxides and Superoxides	12.3 Comparison between Lanthanoids and Actinoids
9.7 Sulphides
9.8 Oxosalts – Carbonates, Bicarbonates, Nitrates, Nitrites and Sulphates
9.9 Halides and Polyhalides

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Physics	Chemistry	Math
Mathematics in Physics	Solutions	SET Theory
Units, Dimensions & Measurement	Solid State	Probability And Its Fundamental
Motion in One Dimension	Gaseous State	Exploring Vectors
Circular Motion	Nuclear Chemistry	Continuity
Projectile Motion	Chemical Equilibrium	Mastering 3D Co-ordinate Geometry.
Friction	Thermodynamics & Thermochemistry	Conic Section – Parabola
Work, Energy, Power & Collision	Chemical Kinetics	Mastering Heights and Distances.
Rotational Motion	Redox Reaction	Functions
Gravitation	Electrochemistry	Conic Section Hyperbola.
Elasticity	Surface Chemistry	Differentiability
Surface Tension	Purification	Trigonometric Function, Ratios and Identities
Wave Motion	General Organic Chemistry	D And F Block Element
Transmission of Heat	Aromatic Hydrocarbons	Indices and Surds
Electrostatics	Aliphatic Hydrocarbons	Logarithms
Alternating Current	Halogen Derivatives	Numerical methods of mathematics
Kinetic Theory of Gases	Hydroxy Compounds & Ethers	Partial Fractions
Electron, Photon and X-Ray	Aldehydes and ketones	Complex Numbers
Nuclear Physics	Carboxylic Acids & Their Derivatives	Dynamic-The Mathematical Concept.
Optics – Reflection of Light	Nitrogen Containing Compounds	Progression
Photometry	Polymers	Quadratic Equations
	Bio-Molecules	Statistics in Mathematics
	Chemistry in Action	Binomial Theorem
	Periodic Classification of Element & Periodic Properties	Exponential & Logarithmic Series
	Extraction of Metals	Hyperbolic Functions
	S & P Block Element	Determinants
	Coordination Chemistry and Organometallics	Limits
	Chemical Analysis