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Class - 11 Syllabus

An all-India level exam for admission into IITs, NITs and some of India’s best engineering colleges.
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Biology
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Biology Syllabus

  1. Chemical Coordination and Integration

    • Mechanism of Hormone Action

    • Human Endocrine System

  2. Neural Control and Coordination

    • Sensory Receptors

    • Reflex Action and Reflex Arc

    • Central Nervous System

    • Nerve Impulse and its Transmission

  3. Locomotion and Movement

    • Disorders of Muscular and Skeletal System

    • Joints

    • Skeletal System

    • Muscle

    • Introduction to Movement and Locomotion

  4. Excretory Products and their Elimination

    • Disorders of the Excretory System

    • Role of the Other Organs in Excretion

    • Micturation

    • Regulation of Excretion

    • Urine Formation

    • Human Excretory System

    • Introduction to Excretory System

  5. Body Fluids and Circulation

    • Disorder of Circulatory System

    • Double Circulation

    • Circulatory Pathways

    • Lymph (Tissue Fluid)

    • Blood

  6. Breathing and Exchange of Gases

    • Disorders of Respiratory System

    • Regulation of Respiration

    • Exchange and Transport of Gases

    • Mechanism of Breathing

    • Respiratory Organs

  7. Digestion and Absorption

    • Disorders of Digestive System

    • Absorption and Assimilation

    • Digestive System

    • Process of Digestion

  8. Photosynthesis in Higher Plants

    • Factors Affecting Photosynthesis

    • Dark Reaction and Photorespiration

    • Light Reaction

    • Introduction to Photosynthesis

  9. Mineral Nutrition

    • Metabolism of Nitrogen

    • Essential Mineral Elements

  10. Transport in Plants

    • Phloem Transport

    • Transpiration

    • Means of Transport

  11. Cell Cycle and Cell Division

    • Meiosis

    • Mitosis

    • Cell Cycle

  12. Biomolecules

    • Enzymes

    • Metabolic Basis For Living

    • Bond linking Monomers

    • Nucleic Acids

    • Polysaccharides

    • Proteins

    • Biomacromolecules

  13. Cell: The Unit of Life

    • Eukaryotic Cell

    • Prokaryotic Cell

    • Introduction to Cell and Cell Theory

  14. Structural Organisation in Animals

    • Frogs

    • Cockroach

    • Earthworm

    • Organ and Organ System

    • Neural Tissue

    • Muscle Tissue

    • Connective Tissue

    • Epithelial Tissue

  15. Anatomy of Flowering Plants

    • Secondary Growth

    • Anatomy of Dicotyledonous and Monocotyledonous Plants

    • Tissue System

    • Plant Tissues

    • Classification of Flowering Plant

    • The seed

    • The fruit

    • Flower

    • Inflorescence

    • Leaf

    • Stem

  16. Biological Classification

    • Kingdom Animalia

    • Kingdom Plantae

    • Kingdom Fungi

    • Kingdom Protista

    • Kingdom Monera

    • Introduction to Biological Classification

    • Viruses, Viroids and Lichens

  17. The Living World

    • Taxonomical Aids

    • Taxonomic Categories

    • Classification and Nomenclature

    • Living Things

  18. Morphology of Flowering plants

    • The seed

    • The fruit

    • Flower

    • Inflorescence

    • Leaf

    • Stem

    • Root

    • Classification of Flowering Plant

  19. Animal Kingdom

    • Phylum Chordata

    • Phylum Hemichordata

    • Phylum Echinodermata

    • Phylum Mollusca

    • Phylum Arthropoda

    • Phylum Annelida

    • Phylum Aschelminthes

    • Phylum Platyhelminthes

    • Phylum Coelenterata

    • Phylum Porifera

  20. Plant Kingdom

    • Plant Life Cycles and Alternation of Generations

    • Angiosperms

    • Gymnosperms

    • Pteridophytes

    • Bryophytes

    • Algae

    • Classification within Kingdom Plantae

  21. Respiration in Plants

    • Glycolysis and Fermentation

    • Aerobic Respiration and Respiratory Quotient

  22. Plant Growth and Development

    • Growth and its Phases

    • Plant Growth Regulators

    • Photoperiodism

    • Vernalisation

Physics Syllabus

  1. Waves

    • Doppler Effect

    • Beats

    • Reflection of Sound Waves

    • Reflection of String Waves

    • The Principle of Superposition of Waves

    • The Speed of a Travelling Wave

    • Displacement Relation in a Progressive Wave

    • Transverse and Longitudinal Waves

    • Types of Waves

  2. Work, Energy and Power

    • Potential Energy of a Spring

    • The Scalar Product

    • Collisions

    • Power

    • Concept of Potential Energy

    • Conservation of Mechanical Energy

    • Work - Energy Theorem

    • Various Forms of Energy: The Law of Conservation of Energy

    • Work and Kinetic Energy

  3. Laws of Motion

    • Circular Motion

    • Solving Problems in Mechanics

    • Common Forces in Mechanics

    • Newton's Laws of Motion

  4. Motion in a Plane

    • Uniform Circular Motion

    • Relative Velocity in Two Dimensions

    • Projectile Motion

    • Introduction to Motion in a Plane

    • Addition and Subtraction of Vectors- Graphical Method

    • Resolution of Vectors and Vector Addition

    • Scalars and Vectors

  5. Motion in a Straight Line

    • Relative Velocity

    • Kinematic Equations for Uniformly Accelerated Motion

    • Acceleration

    • Instantaneous Velocity and Speed

    • Average Velocity and Average Speed

    • Position, Path Length and Displacement

  6. Units and Measurement

    • Significant Figures

    • Accuracy, Precision of Instruments and Errors in Measurement

    • Dimensional Analysis and Its Applications

    • The International System of Units

    • Measurement of Length, Mass and Time

  7. Physical World

    • Scope of Physics

  8. Oscillations

    • Damped Simple Harmonic Motion

    • Forced Simple Harmonic Motion

    • Some Systems Executing Simple Harmonic Motion

    • Force Law for Simple Harmonic Motion

    • Energy in Simple Harmonic Motion

    • Velocity and Acceleration in Simple Harmonic Motion

    • Simple Harmonic Motion

    • Periodic and Oscillatory Motion

  9. Kinetic Theory

    • Specific Heat Capacity and Mean Free Path

    • Law of Equipartition of Energy

    • Kinetic Theory of an Ideal Gas

    • Behaviour of Gases

  10. Thermodynamics

    • Carnot Engine

    • Reversible and Irreversible Processes

    • Heat Engines and Heat Pumps

    • Second Law of Thermodynamics

    • Thermodynamic Processes

    • First Law of Thermodynamics

    • Introduction to Thermodynamics

  11. Thermal Properties of Matter

    • Thermal Expansion

    • Calorimetry

    • Change of State

    • Newton's Law of Cooling

    • Heat Transfer

    • Specific Heat Capacity

    • Ideal-gas Equation and Absolute Temperature

    • Temperature and Heat

  12. Mechanical Properties of Fluids

    • Surface Tension

    • Viscosity

    • Streamline Flow

    • Bernoulli's Principle

    • Pressure and Its Applications

  13. Mechanical Properties of Solids

    • Elastic Moduli

    • Applications of Elastic Behaviour of Materials

    • Stress and Strain

    • Hooke's Law and Stress-strain Curve

    • Elasticity and Plasticity

  14. Gravitation

    • Earth Satellites

    • Escape Velocity

    • Gravitational Potential Energy

    • Weightlessness

    • Acceleration Due to Gravity

    • Universal Law of Gravitation

    • Kepler's Laws

  15. System of Particles and Rotational Dynamics

    • Rolling Motion

    • Angular Momentum in Case of Rotation About a Fixed Axis

    • Equilibrium of a Rigid Body

    • Torque and Angular Momentum

    • Theorems of Parallel and Perpendicular Axis

    • Moment of Inertia

    • Dynamics of Rotational Motion About a Fixed Axis

    • Introduction to Rotational Dynamics

    • Linear Momentum of a System of Particles

    • Motion of Centre of Mass

    • Centre of Mass

    • Kinematics of Rotational Motion About a Fixed Axis

    • Angular Velocity and Angular Acceleration

    • Vector Product of Two Vectors

Chemistry Syllabus

  1. Structure of Atom

    • Sub-Atomic Particles

    • Towards Quantum Mechanical Model of Atom

    • Quantum Numbers

    • Shapes of Atomic Orbitals

    • Energies of Orbitals

    • Atomic Models

    • Emission and Absorption Spectra

    • Development Leading to Bohr's Model of Atom

    • Bohr's Model of Atom

    • Atomic Number and Mass Number

  2. Some Basic Concepts of Chemistry

    • Stoichiometry and Stoichiometric Calculations

    • Uncertainty in Measurement

    • Percentage Composition

    • Concentrations

    • Mole and Equivalent Weight

    • Dalton's Atomic Theory

    • Laws of Chemical Combination

    • Atomic Mass and Molecular Mass

    • Properties of Matter and Their Measurement

    • Nature of Matter

    • Importance and Scope of Chemistry

  3. Environmental Chemistry

    • Water Pollution

    • Waste Management and Green Chemistry

    • Soil Pollution

    • Acid Rain

    • Air Pollution

    • Ozone

    • Greenhouse Effect and Global Warming

    • Hydrocarbons and Oxides of Carbon

    • Oxides of Sulphur and Nitrogen

    • Particulate Pollutants

  4. Hydrocarbons

    • Properties of Aromatic Hydrocarbons

    • Nomenclature and Preparation of Aromatic Hydrocarbons

    • Properties of Alkynes

    • Nomenclature and Preparation of Alkynes

    • Properties of Alkenes

    • Nomenclature and Preparation of Alkenes

    • Conformation of Alkanes

    • Alkanes

  5. Organic Chemistry - Some Basic Principles and Techniques

    • Types of Organic Reactions

    • Fundamental Concepts of Organic Reaction Mechanism

    • Qualitative Analysis of Organic Compounds

    • Quantitative Analysis

    • Purification of Organic Compounds

    • Classification of Organic Compounds

    • Nomenclature of Organic Compounds

    • Isomerism

    • Structural Representations of Organic Compounds

    • General Introduction to Organic Compounds

  6. The p-Block Elements

    • Some Important Compounds of Carbon and Silicon

    • Trend and Anomalous Properties of Carbon

    • Group 14 Elements: Carbon Family

    • Trends and Properties of Boron and Aluminium

    • Group 13 Elements: Boron Family

    • Introduction to p-Block Elements

  7. The s-Block Elements

    • Group 2 Elements: Alkali Earth Metals

    • Characteristics of the Compounds of the Alkali Earth Metals

    • Some Important Compounds of Sodium and Potassium

    • Beryllium, Calcium and Magnesium

    • Anomalous Behaviour of Lithium

    • Characteristics of the Compounds of the Alkali Metals

    • Group 1 Elements: Alkali Metals

  8. Hydrogen

    • Water

    • Hydrogen Peroxide

    • Hydrides

    • Heavy Water and Hydrogen Economy

    • Dihydrogen

    • Preparation and Properties of Dihydrogen

    • Position of Hydrogen in the Periodic Table

  9. Redox Reactions

    • Redox Reactions As the Basis of Titrations

    • Types of Redox Reactions

    • Redox Reactions and Electrode Potential

    • Balance Redox Reactions

    • Redox Reactions - Electron Transfer Reactions

    • Oxidation Number

    • Classical Idea of Redox Reactions

  10. Equilibrium

    • Buffer Solutions

    • Solubility Equilibria

    • Law of Chemical Equilibrium and Equilibrium Constant

    • Ionization of Acids and Bases

    • Factors Affecting Equilibria

    • Equilibrium in Chemical Processes

    • Equilibrium in Physical Processes

    • Acids, Bases and Salts

  11. Thermodynamics

    • Gibbs Free Energy

    • Spontaneity

    • Measurement of Delta U and Delta H: Calorimetry

    • Enthalpies for Different Types of Reactions

    • Reaction Enthalpy

    • Application of Thermodynamic Terms

    • Thermodynamic Terms

  12. States of Matter

    • The Liquid State

    • Liquefaction of Gases

    • Kinetic Molecular Theory of Gases

    • Intermolecular Forces

    • Ideal Gas Equations

    • Gas Laws

    • Behaviour of Real Gases - Deviations From Ideal Behaviour

    • The Gaseous State

  13. Chemical Bonding and Molecular Structure

    • Hydrogen Bonding

    • Molecular Orbital Theory

    • Hybridisation

    • Covalent Compounds

    • VSEPR Theory

    • Valence Bond Theory

    • Resonance Structures

    • Polarity of Bonds

    • Bond Parameters

    • Ionic or Electrovalent Compounds

    • Fundamentals of Chemical Bonding

  14. Classification of Elements and Periodicity in Properties

    • Metallic and Non-Metallic Character

    • Ionization Enthalpy and Valency

    • Electronegativity and Oxidation State

    • Electron Gain Enthalpy

    • Atomic Radius

    • Elements

    • Periodic Properties of Elements

    • Modern Periodic Table

    • Historical Development of the Periodic Table