Class 11 Chemistry

Course outline

Chemistry

• Atomic Structure
• Periodicity
• Chemical Bonding

Chapter 1: Periodic Table

• 1.1 Periodic Table
• 1.10 Ionization Energy
• 1.11 Electron Affinity (ΔHea°)
• 1.12 Electronegativity
• 1.13 Metallic Character
• 1.14 Reactions of Na and Mg with Water, Oxygen and Chlorine
• 1.16 Classification of Oxides
• 1.17 Variation in Oxidation Number in Oxides and Chlorides

Chapter 2: Atomic Structure

• 2.2 Experimental Evidences for the Electronic Configuration
• 2.3 Quantum Numbers
• 2.4 Shapes of Atomic Orbitals
• 2.5 Electronic Configuration
• 2.6 Electronic Configuration and the Periodic Table
• 2.7 Electronic Configuration of Ions and Free Radicals

Chapter 3: Chemical Bonding

• 3.2 Lewis Concept of Bonding
• 3.3 Expanded Octet in Polyatomic Ions
• 3.4 Electronegativity and the Type of Bond
• 3.5 Dipole Moment and Polarity of Molecules
• 3.7 Bond Energy and Bond Length
• 3.9 Valence Bond Theory (VBT)
• 3.10 Atomic Orbital Hybridization
• 3.11 Valence Shell Electron Pair Repulsion Model (VSEPR)
• 3.11.1 Applications of VSEPR Model in Drug Designing
• 3.12 Molecular Orbital Theory (MOT)

Chapter 4: Stoichiometry

• 4.2 Concept of Mole
• 4.4 Molar Mass and Density of Gases
• 4.5 Molar Concentration
• 4.6 Stoichiometry
• 4.7 Limiting and Excess Reactant
• 4.8 Theoretical Yield and Actual Yield

Chapter 5: States of Matter

• 5.1 States and Phases of Matter
• 5.5 Intermolecular Forces
• Hydrogen Bonding
• 5.7 Viscosity of Liquids
• 5.9 Vapour Pressure
• 5.10 Boiling Point
• 5.12 Solids
• 5.14 Liquid Crystals

Chapter 6: Chemical Energetics

• 6.1 Chemical Energetics
• 6.2 Standard Enthalpy Changes
• 6.3 Bond Energy (Bond Dissociation Energy) and Enthalpy Changes
• 6.7 Hess' Law of Heat Summation
• 6.11 Free Energy (G)

Chapter 7: Reaction Kinetics

• 7.1 Reaction Kinetics
• 7.2 Rate of Reaction
• 7.3 Factors Affecting Rate of a Chemical Reaction
• Catalyst
• 7.4 Rate Law, Rate Constant and Order of Reaction
• 7.6 Reaction Mechanism

Chapter 8: Chemical Equilibrium

• 8.3 Reversible Reactions, Microscopic Events and Dynamic Equilibrium
• 8.4 Dynamic Equilibrium between Two Physical States
• 8.9 Relationships between Various Equilibrium Constants
• 8.10 Position of Equilibrium and Reaction Conditions
• 8.11 The Effect of Change in Temperature

Chapter 9: Acid-Base Chemistry

• 9.3 Lewis Concept of Acids and Bases
• 9.4 Ionic Product of Water
• 9.5 Ionization Constant of Acids (Ka)
• 9.7 Buffer Solutions
• 9.8 Solubility Product
• 9.10 Acid–Base Indicators

Chapter 10: Electrochemistry

• 10.3 Oxidation Number and Its Significance
• 10.4 Disproportionation Reaction
• 10.6 Balancing of Redox Equations by Oxidation Number Method
• 10.7 Electrolytic Cell
• 10.11 Avogadro's Constant by the Electrolytic Method
• 10.16 Electrochemical Cell (Galvanic Cell)
• 10.17 Applications of Eº Values
• 10.21 Feasibility of Redox Reactions from Activity Series or Reaction Data

Chapter 11: Hydrocarbons

• 11.2 Nomenclature
• 11.4 Unreactive Nature of Alkanes Towards Polar Reagents
• 11.5 Alkenes
• 11.6 Structure and Reactivity of Alkenes
• 11.7 Reactions of Alkenes
• Halogenation
• Hydrogenation
• Polymerization
• 11.8 Conjugated Dienes
• 11.9 Isomerism

Chapter 12: Nitrogen and Sulphur

• 12.1 Nitrogen
• 12.4 Oxides of Nitrogen
• 12.8 Nitrification and Denitrification
• 12.9 Sulfur
• 12.12 Uses of Sulfur and Its Compounds
• 12.14 Sulphuric Acid (H₂SO₄)
• Chemical Properties
• Uses and Industrial Applications

Chapter 13: Halogens

• 13.1 Halogens
• Reactions of the Halogens with Hydrogen
• Relative Reactivity Of Halide Ions As Reducing Agents
• Reactions Of Chlorine With Cold And Hot Aqueous Sodium Hydroxide
• Use Of Chlorine In Water Purification

Chapter 14: Atmosphere

• 14.1 Atmosphere

Chapter 15: Basic Separation Techniques

• MCQs

Chapter 16: Lab Safety and Practical Skills

• MCQs

FLPs

Frequently asked questions

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