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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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Chemistry
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  • Chemistry Chemistry
  • maths Maths
  • biology Biology
  • Physics Physics

Chemistry Syllabus

  1. Some Basic Concepts of Chemistry

    • A Brief History and Importance of Chemistry

    • Significant Figures and Precision

    • Physical Quantities and their SI Units

    • Dimensional Analysis

    • Dalton's Atomic Theory

    • Laws of Chemical Combination

    • Avogadro's Hypothesis

    • Atoms and Molecules

    • Atomic and Isotopic Masses and Their Determination

    • Chemical Equivalents

    • Molecular Mass

    • Mole Concept

    • Determination of Relative Molecular Masses of Gases

    • Composition or Strength of a Solution (Terms Used in Volumetric Calculations)

    • Empirical and Molecular Formulae

    • Chemical Equation and Balancing of a Chemical Equation

    • Calculations Based on Chemical Equations (Stoichiometry)

  2. Structure of Atom

    • Discovery of Fundamental Particles

    • Atomic Number and Mass Number

    • Isotopes and Isobars

    • Nature of Light

    • Atomic Spectra

    • Postulates of Bohr's Model for H and H Like Atoms

    • Merits and Defects of Bohr's Model

    • Wave Mechanical Model of an Atom (Quantum Mechanical Model)

    • Filling of Electrons in Different Orbitals and Electronic Configuration of Elements

  3. Classification of Elements and Periodicity in Properties

    • The Need of Classification and the Periodic Table

    • Mendeleev's Periodic Table

    • Modern Periodic Law and Long Form of the Periodic Table (Present Form of the Periodic Table)

    • Classification of Elements

    • Periodic Trends in Properties

  4. Chemical Bonding

    • Causes of Chemical Combination

    • Kossel and Lewis Approach to Bonding

    • Valence Electrons and Lewis Structure

    • Ionic Bond and Electrovalent Bond

    • Definition and Formation of Covalent Bond

    • Characteristics Parameters of Covalent Bond

    • Polarity in Covalent Bonds

    • Resonance

    • Coordinate Covalent Bond

    • The Hydrogen Bond (Hydrogen Bonding)

    • Van Der Waal's Forces

    • VSEPR Theory

    • Valence Bond Theory

    • Molecular Orbital Theory

    • Hybridisation

    • Metallic Bonding

  5. States of Matter : Gases and Liquids

    • General Introduction

    • Intermolecular Forces

    • Characteristics, Measurement and Properties of Gases

    • Boyle's Law

    • Charles's Law

    • Avogadro's Law and Ideal Gas Equation

    • Dalton's Law of Partial Pressure

    • Diffusion of Gases and Graham's Law of Diffusion

    • Kinetic Molecular Theory of Gases (the Microscopic Model of a Gas)

    • Maxwell's Distribution of Velocities

    • Non - Ideal Behaviour of Gases and Van Der Waals' Equation

    • Liquefaction of Gases and Critical Temperature

    • The Liquid State

  6. Chemical Thermodynamics

    • Some Basic Terms and Concepts

    • Concept of Heat and Work

    • First Law of Thermodynamics

    • Heat Capacity, Specific Heat Capacity and Molar Heat Capacity

    • Second Law of Thermodynamics

    • Entropy

    • The Helmholtz Free Energy and Gibbs Free Energy ( Work Function)

    • Standard Free Energy Change and Third Law of Thermodynamics

    • Thermochemistry

  7. Equilibrium

    • Equilibrium in Physical Process

    • Chemical Equilibrium

    • Law of Mass Action and Law of Chemical Equilibrium

    • Le Chatelier's Principle

    • Equilibria Involving Ions

    • Concepts of Acids and Bases ( Acid-base Equilibrium)

    • pH Value and pH Scale

    • Buffer Solutions

    • Solubility Product and Common Ion Effect

    • Acid-base Indicators (pH Indicators)

    • Salt Hydrolysis

  8. Redox Reactions

    • Classical Views Regarding Oxidation and Reduction

    • Modern Views Regarding Oxidation and Reduction

    • Oxidation Number (Oxidation State)

    • Redox Reactions in Terms of Oxidation Number

    • Types of Redox Reactions

    • Balancing and Applications of Redox Reactions

  9. Hydrogen

    • Position of Hydrogen in the Periodic Table

    • Dihydrogen

    • Hydrides

    • Water

    • Hard Water, Soft Water and Heavy Water

    • Hydrogen Peroxide and Hydrogen Economy

  10. The s-block Elements

    • Introduction

    • General Characteristics of Alkali Metals

    • Distinctive Behaviour of Lithium

    • Sodium and Potassium

    • Alkaline Earth Elements

    • Beryllium, Calcium and Magnesium

  11. Some p-block Elements

    • General Characteristics of P-block Elements

    • Group 13 Elements : Boron Family

    • Boron and Aluminium

    • Group 14 Elements : Carbon Family

    • Carbon

    • Silicon

  12. Organic Chemistry

    • General Introduction to Organic Chemistry and Compounds

    • Unique Nature of Carbon Atom

    • Hydrocarbon and Homologous Series

    • Classification of Organic Compounds

    • Nomenclature of Organic Compounds

    • Isomerism

    • Optical Activity and Optical Isomerism

    • Purification of Organic Compounds

    • Analytical Chemistry

    • Qualitative Analysis

    • Quantitative Analysis

    • Types of Organic Reactions

  13. Hydrocarbon

    • Classification of Hydrocarbons

    • Alkanes

    • Alkenes

    • Characteristics of Alkenes

    • Alkynes

    • Characteristics of Alkynes

    • Petroleum and Natural Gas

    • Arenes

    • Characteristics of Arenes

  14. Environmental Chemistry

    • Environment

    • Environmental Pollution

    • Pollutants and Their Types

    • Air or Atmospheric Pollution

    • Air Pollutants

    • Hydrocarbons

    • Carbon Monoxide and Carbon Dioxide

    • Compounds of Hydrogen

    • Oxides of Nitrogen

    • Oxides of Sulphur

    • Chemical Reactions Occurring in Atmosphere

    • Smog

    • Acid Rain

    • Greenhouse Effect and Global Warming

    • Water Pollution

    • Purification of Water

    • Soil Pollution

    • Waste Management

    • Green Chemistry

Maths Syllabus

  1. Mathematical Reasoning

    • Mathematical Statement

    • Algebra of Statements

    • Truth Tables

    • Mathematical Modelling

  2. Complex Numbers

    • Basics of Complex Numbers

    • Operations on Complex Numbers

    • Modulus of Complex Numbers

    • Basic Geometry in Argand Plane

    • Conjugate and its Properties

    • Circles and Coni Method of Rotation

  3. Quadratic Equations

    • Quadratic Equations

    • Solving Quadratic Equation

    • Nature of Roots of Quadratic Equations

    • Roots and Coefficients of Quadratic Equations

    • Common Roots

    • Quadratic Functions and Graphs

    • Quadratic Fractions

    • Quadratic Inequalities

  4. Finite and Infinite Sequence

    • Introduction to Sequences and Series

    • Arithmetic Progression

    • Geometric Progression

    • Harmonic Progression

    • Arithmetico Geometric Progression

    • Means

    • Special Series

    • General Series

  5. Permutations and Combinations

    • Divisibility, Factorial Test and Summations

    • Fundamental Principles of Counting

    • Permutations

    • Permutation Involving Restrictions

    • Circular Permutations

    • Circular Permutations with Restrictions/Groupings

    • Combination

    • Combinations of Dissimilar Things

    • Combinations of Similar Things

    • Multinomial Theorem

  6. Mathematical Induction

    • Principle of Mathematical Induction

  7. Binomial Theorem

    • Binomial Expansion for Positive Integral Index

    • General and Middle Term

    • Binomial Theorem for Negative Integer or Fractional Index

    • Binomial Coefficients

    • Application of Binomial Expansion

  8. Angles and Arc Lengths

    • Measurement of Angles

    • Sector, Arc and Segment of a Circle

  9. Trigonometrical Functions

    • Trigonometric Functions

    • Domain and Range of Trigonometric functions

    • Trigonometric Ratios of Any Angle

    • Periodicity of Trigonometric Functions

    • Graphs of Trigonometric Ratios

  10. Compound and Multiple Angles

    • Compound Angles

    • Multiple and Submultiple Angles

  11. Trigonometric Equations

    • Trigonometric Equations

  12. Relations and Functions

    • Cartesian Product

    • Relations

    • Types of Relations

    • Functions

    • Representation of Functions

    • Binary Operations

    • Types of Functions

    • Even/Odd and Periodic Functions

    • Special Functions

    • Algebra of Real Functions

    • Composite and Inverse Functions

    • Exponential Notation

    • Logarithmic Notation

  13. Basic Concepts of Points and Their Coordinates

    • Cartesian Coordinate System

    • Polar Coordinate System

    • Distance Between Two Points in 2D

    • Section Formulae

    • Triangles and Quadrilateral

  14. The Straight Line

    • Locus and Its Equation

    • Basics of Straight Lines

    • Various Forms of Equation of Line

    • Position of Points Relative to a Line

    • Distance of Point from a Line

    • Concurrent and Family of Lines

    • Angular Bisectors of Intersecting Lines

  15. Circles

    • Introduction to Circles

    • Equation of Circles in Different Forms

    • Tangent and Secant of Circle

    • Chords of Circle

    • Family of Circles

  16. Measures of Central Tendency

    • Mean

  17. Standard Deviation

    • Variance and Standard Deviation

    • Measures of Dispersion

    • Analysis of Frequency Distribution

  18. Statistics (contd..)

    • Median

    • Mode

    • Range and Mean Deviation

  19. Limits

    • Limits

    • Direct Method

    • Standard Simplifications

    • Sandwich Theorem and Trigonometric Functions

    • L'Hospital's Rule

  20. Continuity & Discontinuity of Functions

    • Continuity of a Function

    • Discontinuity of a Function

    • Algebra of Continuous Functions

  21. Differentiation

    • Continuity and Differentiability

    • Derivatives

    • First Principle of Differentiation

    • Algebra of Derivative of Functions

    • Chain and Reciprocal Rule

  22. Application of Derivatives

    • Lagrange's Mean Value Theorem

    • Rate Measurement

    • Approximations and Differentials

    • Nature of the Function

    • Applications on Geometrical Figures

  23. Integration

    • Introduction to Indefinite Integrals

    • Fundamental Integrals

  24. Vectors

    • Introduction to Vector Algebra

    • Types of Vectors

    • Operations on Vector

    • Vector Component Form

    • Section Formula

    • Dot Product

  25. Points and Their Coordinates

    • Introduction to 3D Geometry

    • Distance Between Two Points in 3D

    • Section Formula in 3D

    • Direction Cosines and Direction Ratios

  26. Average Due Date

    • Average Due Date

Biology Syllabus

  1. Systematics and Five Kingdoms of Life

    • Classification and Nomenclature

    • Monera, Protista and Fungi

    • Plantae and Animalia

  2. Aids for Study of Taxonomy : Museums and Herbaria

    • Taxonomical Aids

  3. Kingdom Monera

    • Kingdom Monera

    • Virus and Viroids

  4. Kingdom Protista

    • Kingdom Protista

  5. Kingdom Fungi

    • Kingdom Fungi

    • Lichen and Mycorrhizae

  6. Plant Kingdom

    • Thallophyta

    • Bryophyta

    • Pteridophyta

    • Kingdom Plantae

  7. Animal Kingdom

    • Kingdom Animalia

  8. Morphology and Anatomy of Cockroach

    • Morphology and Anatomy of Cockroach

  9. Mineral Nutrition

    • Essential Nutrients of Plants

    • Nitrogen Nutrition

  10. Plant Growth, Growth Regulators and Photomorphogenesis

    • Plant Growth

    • Growth Regulators

    • Plant Response

    • Seed Germination

  11. Plant Tissues

    • Meristematic Tissue

    • Permanent Tissue and Special Tissue

    • Stomata

  12. Animal Tissues

    • Epithelial Tissue

    • Connective Tissue

    • Muscle Tissue and Neural Tissue

  13. Human Nutrition

    • Digestive System

    • Physiology of Digestion and Absorption

    • Disorders of Digestive System

  14. Human Respiration

    • Respiratory System

    • Process and Regulation of Respiration

  15. Circulation in Humans

    • Heart - Structure and Function

    • ECG and Blood Pressure

    • Blood Vessels

    • Blood Coagulation

    • Lymph and Lymphatic System

    • Blood Grouping

    • Circulatory Disorder

  16. Excretion

    • Excretory System

    • Physiology and Regulation of Excretion

    • Role of Other Organ in Excretion

    • Disorders of Excretion

  17. Endocrine System

    • Endocrine Glands - Structure, Function and Related Disorder

    • Mechanism of Action of Hormone

  18. Nervous System

    • Components of Nervous System

    • Nerve Impulse and its Transmission

    • Reflex Arc and Reflex Action

    • Autonomic Nervous System

    • Sensory Receptors

    • Eye - Structure and Function

    • Ear - Structure and Function

    • Nose and Tongue - Structure and Function

  19. Locomotion

    • Skeletal System

    • Joints

    • Muscular System and Muscle Contraction

    • Disorders of Skeletal System

  20. Biomolecules

    • Carbohydrates

    • Proteins

    • Lipids

    • Nucleic Acids

  21. Enzymes

    • Structure and Properties of Enzymes

    • Modes of Action of Enzymes

  22. Cell Membranes

    • Structure of Cell Membrane

    • Function of Cell Membrane

  23. The Cell as a Unit of Life - Prokaryotic and Eukaryotic Cells

    • Prokaryotic and Eukaryotic Cell

  24. Structural Organisation of the Cell

    • Cellular Organelles

  25. Cellular Respiration

    • Glycolysis

    • Fermentation

    • Kreb's Cycle and Oxidative Phosphorylation

  26. Cell Reproduction : Cell Cycle

    • Mitosis

    • Meiosis

  27. Ecosystem

    • Components of Ecosystem

    • Food Chain and Food Web

    • Ecological Pyramid

    • Biogeochemical Cycle

    • Habitat and Niche

  28. Pollution and Global Issues

    • Air Pollution

    • Water Pollution

    • Noise Pollution

    • Radioactive Pollution and Soil Pollution

    • Waste Management

    • Environmental Issues

Physics Syllabus

  1. Role of Physics

    • Scope of Physics

  2. Units: Fundamental and Derived Units

    • Introduction to Units

    • Fundamental and Derived Units and their Conversion

  3. Error Analysis

    • Accuracy and Precision

    • Errors in Measurement

    • Combination of Errors

  4. Significant Figures

    • Significant Figures and Rounding Off

  5. Dimensional Analysis

    • Dimensional Formula of Some Physical Quantities from Mechanics

    • Uses and Limitations of Dimensional Equations

  6. Elementary Mathematics

    • Quadratic Equations

    • Binomial Theorem

    • Exponential and Logarithmic Series

    • Trigonometric Ratios

    • Differentiation

    • Integration

  7. Vectors

    • Introduction to Scalars and Vectors

    • Vector Addition

    • Dot Product

    • Cross Product

  8. Motion in One and Two Dimensions

    • Introduction to Motion and its Parameters

    • Uniformly Accelerated Motion

    • Projectile Motion

    • Relative Motion

    • Graphical Representation of Motion

  9. Force: Newton's Laws of Motion

    • Introduction to Laws of Motion and Momentum

    • Free Body Diagram

    • Variable Mass System and Concurrent Forces

  10. Work, Power and Energy

    • Work Done by a Force

    • Power and Conservative and Non-Conservative Forces

    • Work-Energy Theorem and Different Forms of Energy

    • Principle of Conservation of Energy

    • Collisions in One and Two Dimensions

  11. Friction

    • Introduction to Frictional Force

    • Merits and Demerits of Friction

  12. Uniform Circular Motion

    • Uniform Circular Motion

    • Centripetal Force and Centrifugal Force

    • Motion in a Vertical Circle

  13. Centre of Mass

    • Introduction to Centre of mass

    • Motion of Centre of Mass and Momentum Conservation

  14. Rotational Motion of a Rigid Body : Moment of Inertia

    • Introduction to Rotational Motion

    • Moment of Inertia

    • Angular Momentum

  15. Gravitation : Planets and Satellites

    • Newton's Law of Universal Gravitation

    • Acceleration Due to Gravity

    • Gravitational Field and Gravitational Potential

    • Kepler's Laws of Planetary Motion

    • Study of Satellites and Various Terms Related to it

  16. Fluid Pressure

    • Introduction to Pressure and Pascal's Law

    • Buoyancy and Archimedes' Principle

  17. Motion in Fluids : Viscosity

    • Continuity Equation and Bernoulli's Equation

    • Torricelli's Law and Viscocity

    • Stoke's Law and Terminal Velocity

  18. Elasticity

    • Elasticity and Hooke's Law

    • Young's Modulus

    • Other Moduli of Elasticity

    • Applications of Elasticity

    • Behaviour of a Wire Under an Increasing Load

    • Poisson's Ratio and Thermal Stress

  19. Surface Tension

    • Surface Tension and Surface Energy

    • Angle of Contact and Excess Pressure Inside Liquid Drop

    • Capillarity

  20. Kinetic Theory of Gases

    • Ideal Gas Equations and Gas Laws

    • Kinetic Model of a Gas

    • Degrees of Freedom and Law of Equipartition of Energy

    • Temperature Scales and Zeroth Law of Thermodynamics

  21. Internal Energy : First Law of Thermodynamics : Specific Heat

    • Introduction to Heat

    • Work Done by a Thermodynamic System

    • Internal Energy and First Law of Thermodynamics

    • Applications of First Law of Thermodynamics

    • Introduction to Heat Capacity

  22. Isothermal and Adiabatic Processes

    • Study of Isothermal and Adiabatic Process

  23. Carnot's Heat Engine : Second Law of Thermodynamics

    • Second Law of Thermodynamics

    • Introduction to Carnot Cycle

    • Energy Saving Devices

  24. Thermal Conduction

    • Conduction and Conductivity

    • Convection and its Examples

  25. Thermal Radiation

    • Radiation and Thermal Power

    • Perfectly Black Body and Kirchoff's Law

    • Stefan's Law and Newton's Law of Cooling

    • Wien's Law and Solar Constant

  26. Simple Harmonic Motion

    • Oscillatory Motion

    • Simple Harmonic Motion (SHM) as a Projection of Uniform Circular Motion

    • Differential Equation and Graphical Representation of SHM

    • Total Energy of a Particle in Simple Harmonic Motion

    • Simple Pendulum

    • Horizontal Oscillations of a Mass Attached to a Spring

    • Vertical Oscillations of a Mass Suspended by a Spring

  27. Free, Damped and Forced Oscillations

    • Free and Forced Oscillations

    • Resonance

  28. Progressive Harmonic Wave

    • Mechanical Waves and its Types

    • Terms Related to Waves

    • Wave Equation

  29. Wave Motion

    • Speed of Sound in Different Medium

  30. Superposition of Waves-1 : Interference and Beats

    • Superposition and Interference

    • Beats Formation

  31. Superposition of Waves-2 : Stationary (Standing) Waves : Vibration of Air Column

    • Introduction to Standing Waves

    • Equation of a Standing Wave

    • Standing Waves in Organ Pipes

  32. Vibrations of Stretched Strings

    • Standing Waves in a String Fixed at Both Ends

    • Laws of Vibrations of Stretched Strings and Sonometer

  33. Doppler Effect

    • Doppler Effect in Sound and Light