High School Chemistry
Unit 1 · Matter & Basic Concepts
- Particulate Nature of Matter — Nature of Matter (Foundation)
- States of Matter: Solid, Liquid, Gas — Nature of Matter (Foundation)
- Interconversion of States — Nature of Matter (Foundation)
- Evaporation & Cooling — Nature of Matter (Foundation)
- Elements & Compounds — Classification of Matter
- Mixtures: Homogeneous vs Heterogeneous — Classification of Matter
- Separation Techniques — Classification of Matter
- Physical vs Chemical Changes — Classification of Matter
- Chromatography (Detailed) — Classification of Matter
- Law of Conservation of Mass — Laws of Chemical Combination
- Law of Definite Proportions — Laws of Chemical Combination
- Law of Multiple Proportions — Laws of Chemical Combination
- Dalton's Atomic Theory — Laws of Chemical Combination
- Mole Concept: Fundamentals — Stoichiometry (Advanced)
- Molar Mass & Conversions — Stoichiometry (Advanced)
- Empirical & Molecular Formulas — Stoichiometry (Advanced)
- Stoichiometric Calculations — Stoichiometry (Advanced)
- Limiting Reagent — Stoichiometry (Advanced)
- Percent Yield — Stoichiometry (Advanced)
- Concentration Terms: Molarity — Stoichiometry (Advanced)
- Concentration Terms: Molality — Stoichiometry (Advanced)
- Concentration Terms: Mole Fraction — Stoichiometry (Advanced)
- Equivalent Concepts & Normality — Stoichiometry (Advanced)
- Atom Economy & Sustainability — Stoichiometry (Advanced)
- Measurement & Units — Measurement & Techniques
- Density & Specific Gravity — Measurement & Techniques
- Types of Chemical Reactions — Chemical Reactions (General)
- Net Ionic Equations — Chemical Reactions (General)
- Particulate Representations — Chemical Reactions (General)
- Solubility Rules & Precipitation — Chemical Reactions (General)
Unit 2 · Atomic Structure
- Discovery of Electron (Cathode Rays) — Subatomic Particles
- Discovery of Nucleus (Rutherford) — Subatomic Particles
- Neutrons & Protons — Subatomic Particles
- Atomic Number & Mass Number — Subatomic Particles
- Isotopes, Isobars, Isotones — Subatomic Particles
- Mass Spectrometry & Isotopes — Subatomic Particles
- Thomson's Model — Atomic Models (Foundation)
- Rutherford's Model — Atomic Models (Foundation)
- Bohr's Model (Qualitative) — Atomic Models (Foundation)
- Postulates of Bohr Theory — Bohr's Model (Advanced)
- Radii & Velocity Derivations — Bohr's Model (Advanced)
- Energy of Orbitals — Bohr's Model (Advanced)
- Hydrogen Spectrum — Bohr's Model (Advanced)
- Dual Nature of Matter — Quantum Mechanical Model
- Heisenberg Uncertainty Principle — Quantum Mechanical Model
- Schrödinger Wave Equation — Quantum Mechanical Model
- Principal Quantum Number (n) — Quantum Numbers
- Azimuthal Quantum Number (l) — Quantum Numbers
- Magnetic Quantum Number (ml) — Quantum Numbers
- Spin Quantum Number (ms) — Quantum Numbers
- Shapes of Orbitals — Quantum Numbers
- Aufbau Principle — Electronic Configuration
- Pauli Exclusion Principle — Electronic Configuration
- Hund's Rule of Maximum Multiplicity — Electronic Configuration
- Exceptional Configurations — Electronic Configuration
- Photoelectron Spectroscopy (PES) — Electronic Configuration
- Nuclear Decay Modes & Equations — Nuclear Chemistry
Unit 3 · Periodicity
- Mendeleev's Periodic Table — Periodic Table History
- Modern Periodic Law — Modern Periodic Table
- Structure of Long Form Table — Modern Periodic Table
- IUPAC Nomenclature ($Z>100$) — Modern Periodic Table
- Atomic Radius — Periodic Trends
- Ionic Radius — Periodic Trends
- Ionization Enthalpy (IE) — Periodic Trends
- Electron Gain Enthalpy ($\Delta_{eg}H$) — Periodic Trends
- Electronegativity — Periodic Trends
- Periodic Chemical Properties — Periodic Trends
Unit 4 · Chemical Bonding
- Conditions for Formation — Ionic Bonding
- Lattice Enthalpy — Ionic Bonding
- Properties of Ionic Compounds — Ionic Bonding
- Ionic Nomenclature — Ionic Bonding
- Lewis Langmuir Concept — Covalent Bonding
- Exceptions to Octet Rule — Covalent Bonding
- Bond Parameters — Covalent Bonding
- Resonance — Covalent Bonding
- Dipole Moment — Covalent Bonding
- Covalent Nomenclature — Covalent Bonding
- Postulates — VSEPR Theory
- Geometries (No Lone Pairs) — VSEPR Theory
- Geometries (With Lone Pairs) — VSEPR Theory
- Orbital Overlap — Valence Bond Theory (VBT)
- Hybridization — Valence Bond Theory (VBT)
- LCAO Principle — Molecular Orbital Theory (MOT)
- MO Diagrams (Diatomic) — Molecular Orbital Theory (MOT)
- Bond Order & Magnetism — Molecular Orbital Theory (MOT)
- Hydrogen Bonding — Intermolecular Forces
- Van der Waals Forces — Intermolecular Forces
- Electron Sea Model — Metallic Bonding
- Spectroscopy Types — Spectroscopy
- The Bonding Triangle — Bonding Models
Unit 5 · States of Matter
- Gas Laws — Gaseous State
- Ideal Gas Equation — Gaseous State
- Dalton's Law — Gaseous State
- Graham's Law of Diffusion — Gaseous State
- Kinetic Molecular Theory (KMT) — Gaseous State
- Molecular Speeds — Gaseous State
- Real Gases — Gaseous State
- Van der Waals Equation — Gaseous State
- Liquefaction of Gases — Gaseous State
- Properties — Liquid State
- Classification of Solids — Solid State (Advanced)
- Unit Cell Calculations — Solid State (Advanced)
- Packing Efficiency — Solid State (Advanced)
- Imperfections in Solids — Solid State (Advanced)
- Electrical/Magnetic Properties — Solid State (Advanced)
Unit 6 · Thermodynamics
- Systems & Surroundings — Basic Concepts
- Internal Energy (U) & Work — First Law
- Enthalpy (H) — First Law
- Calorimetry — First Law
- Reaction Enthalpies — Thermochemistry
- Bond Enthalpy — Thermochemistry
- Hess's Law — Thermochemistry
- Entropy (S) — Second Law
- Gibbs Free Energy (G) — Second Law
- Coupled Reactions — Second Law
- Absolute Entropy — Third Law
Unit 7 · Equilibrium
- Law of Mass Action — Chemical Equilibrium
- Kp vs Kc — Chemical Equilibrium
- Le Chatelier's Principle — Chemical Equilibrium
- Reaction Quotient (Q) — Chemical Equilibrium
- Properties of K — Chemical Equilibrium
- Particulate Representations — Chemical Equilibrium
- Acid-Base Theories — Ionic Equilibrium
- Ionization of Water — Ionic Equilibrium
- pH Calculations — Ionic Equilibrium
- Salt Hydrolysis — Ionic Equilibrium
- Buffer Solutions — Ionic Equilibrium
- Solubility Product ($K_{sp}$) — Ionic Equilibrium
- Acid-Base Indicators — Ionic Equilibrium
- Structure & Acidity — Ionic Equilibrium
- pH Curves & Titrations — Proton Transfer Reactions
Unit 8 · Redox & Electrochemistry
- Oxidation Numbers — Redox Reactions
- Balancing Equations — Redox Reactions
- Titrations — Redox Reactions
- Cell Structure — Galvanic Cells
- Electrode Potential — Galvanic Cells
- Nernst Equation — Galvanic Cells
- Thermodynamics of Cells — Galvanic Cells
- Electrolytic Solutions — Conductance
- Kohlrausch's Law — Conductance
- Faraday's Laws — Electrolysis
- Products of Electrolysis — Electrolysis
- Batteries — Applications
- Corrosion — Applications
Unit 9 · Solutions
- Solubility — Types of Solutions
- Particulate Representations — Types of Solutions
- Spectrometry & Beer-Lambert Law — Types of Solutions
- Raoult's Law — Vapor Pressure
- Azeotropes — Vapor Pressure
- Relative Lowering of VP — Colligative Properties
- Elevation of Boiling Point — Colligative Properties
- Depression of Freezing Point — Colligative Properties
- Osmotic Pressure — Colligative Properties
- Abnormal Molar Mass — Colligative Properties
Unit 10 · Chemical Kinetics
- Average vs Instantaneous — Rate of Reaction
- Order & Molecularity — Rate Law
- Zero Order — Integrated Rate Laws
- First Order — Integrated Rate Laws
- Activation Energy ($E_a$) — Collision Theory
- Temperature Dependence — Arrhenius Equation
- Reaction Mechanisms — Mechanisms
- Advanced Kinetics — Mechanisms
- Thermodynamic vs Kinetic Control — Mechanisms
- Radioactivity Kinetics — Nuclear Chemistry
Unit 11 · Surface Chemistry
- Physisorption vs Chemisorption — Adsorption
- Isotherms — Adsorption
- Homogeneous vs Heterogeneous — Catalysis
- Classification — Colloids
- Properties — Colloids
- Emulsions & Surfactants — Colloids
- Nanoparticles & Properties — Nanochemistry
Unit 12 · General Inorganic
- Isotopes & Hydrides — Hydrogen
- Water & Peroxide — Hydrogen
- Water Treatment & Purification — Hydrogen
- Alkali Metals (Group 1) — s-Block Elements
- Alkaline Earth Metals (Grp 2) — s-Block Elements
- Compounds — s-Block Elements
- Group 13 (Boron Family) — p-Block Elements
- Group 14 (Carbon Family) — p-Block Elements
- Group 15 (Nitrogen Family) — p-Block Elements
- Group 16 (Oxygen Family) — p-Block Elements
- Group 17 (Halogens) — p-Block Elements
- Group 18 (Noble Gases) — p-Block Elements
- Concentration of Ore — Metallurgy
- Reduction Methods — Metallurgy
- Refining — Metallurgy
- Fertilisers — Industrial Chemistry
Unit 13 · Transition Elements
- Electronic Configuration — d-Block Elements
- Periodic Trends — d-Block Elements
- Properties — d-Block Elements
- Important Compounds — d-Block Elements
- Lanthanoids — f-Block Elements
- Actinoids — f-Block Elements
- Nomenclature — Coordination Compounds
- Isomerism — Coordination Compounds
- Valence Bond Theory — Coordination Compounds
- Crystal Field Theory — Coordination Compounds
- Metal Carbonyls — Coordination Compounds
- History of Coordination Chemistry — Coordination Compounds
Unit 14 · Organic Basics
- Hybridization & Shapes — Foundations
- Structural Representations — Foundations
- Classification of Organic Compounds — Foundations
- IUPAC Rules — Nomenclature
- Structural — Isomerism
- Stereoisomerism — Isomerism
- Conformational — Isomerism
- Electronic Effects — Reaction Mechanism
- Intermediates — Reaction Mechanism
- Types of Reactions — Reaction Mechanism
- Qualitative Analysis — Purification & Analysis
- Infrared Spectroscopy (Interpretation) — Spectroscopy
- NMR Spectroscopy — Spectroscopy
Unit 15 · Hydrocarbons
- Preparation — Alkanes
- Properties — Alkanes
- Preparation — Alkenes
- Reactions — Alkenes
- Acidity & Reactions — Alkynes
- Aromaticity — Aromatic Hydrocarbons
- Benzene Reactions — Aromatic Hydrocarbons
- Directing Groups — Aromatic Hydrocarbons
- Fractional Distillation & Fractions — Petroleum Chemistry
- Cracking — Petroleum Chemistry
Unit 16 · Organic Groups I
- SN1 Mechanism — Haloalkanes
- SN2 Mechanism — Haloalkanes
- Elimination Reactions — Haloalkanes
- Nature of C-X Bond — Haloalkanes
- Nucleophilic Substitution — Haloarenes
- Polyhalogen Compounds — Haloarenes
- Preparation — Alcohols
- Properties — Alcohols
- Acidity & Reactions — Phenols
- Synthesis & Reactions — Ethers
Unit 17 · Organic Groups II
- Preparation Methods — Aldehydes & Ketones
- Nucleophilic Addition — Aldehydes & Ketones
- Alpha-Hydrogen Reactions — Aldehydes & Ketones
- Oxidation & Reduction — Aldehydes & Ketones
- Acidity — Carboxylic Acids
- Derivatives — Carboxylic Acids
- Specific Reactions — Carboxylic Acids
Unit 18 · Organic Groups III
- Basicity — Amines
- Preparation — Amines
- Identification — Amines
- Synthetic Utility — Diazonium Salts
Unit 19 · Biomolecules
- Classification — Carbohydrates
- Structure of Glucose — Carbohydrates
- Amino Acids — Proteins
- Structure Levels — Proteins
- DNA & RNA — Nucleic Acids
- Classification — Polymers
- Commercial Polymers — Polymers
- Classification & Functions — Hormones
Unit 20 · Everyday Life
- Drugs & Medicines — Chemistry in Life
- Food & Cleansing Agents — Chemistry in Life
- Pollution — Environmental Chem
- Atmospheric Evolution — Environmental Chem
- Life Cycle Assessment (LCA) — Sustainable Chemistry
Unit 21 · Practical Chemistry
- Inorganic Salt Analysis — Qualitative Analysis
- Gas Identification Tests — Qualitative Analysis
- Instrumental Methods (General) — Instrumental Analysis