JEE - Joint Entrance Exam
Online course for engineering entrance exam (JEE) conducted by NTA. The course covers Physics, Chemistry and Mathematics.
01. Units and Measurement
- 01. System of Units
- 02. Errors in Measurement
- 03. Significant Figures
- 04. Dimensional Analysis
02. Kinematics
- 01. Introduction
- 02. Uniform Accelerated Motion
- 03. Time Graphs
- 04. Motion Under Gravity
- 05. Motion in a Plane
- 06. Projectile Motion
- 07. Uniform Circular Motion
- 08. Applications of Uniform Circular Motion
03. Laws of Motion
- 01. Introduction
- 02. First Law of Motion
- 03. Second Law of Motion
- 04. Impulse of Force
- 05. Third Law of Motion
- 06. Friction
- 07. Methods of Reducing Friction
- 08. Circular Motion
- 09. Inertial and Non Inertial Frames
04. Work, Power and Energy
- 01. Work
- 02. Positive and Negative Work
- 03. Work Done by Gravity
- 04. Work Done by Spring
- 05. Energy
- 06. Potential Energy in Gravity
- 07. Conservation of Energy
- 08. Power
- 09. Conservative and Dissipative Forces
- 10. Collisions
05. Rotational Motion
- 01. Introduction
- 02. Centre of Mass
- 03. Moment of Inertia (I)
- 04. Torque & Angular Momentum
- 05. Radius of Gyration - K
- 06. Theorems of Perpendicular & Parallel Axes
- 07. Linear and Rotational Motion
- 08. Rolling Bodies
- 09. Symmetric Bodies
06. Gravitation
- 01. Newton's Law of Gravitation
- 02. Field Strength
- 03. Gravitational Potential
- 04. Gravitational Potential Energy
- 05. Escape Velocity
- 06. Kepler's Laws
- 07. Artificial Satellites
- 08. Points to Note
07. Simple Harmonic Motion
- 01. Periodic Motion
- 02. SHM: Circle of Reference
- 03. Simple Harmonic Motion
- 04. Type of Oscillations
- 05. Spring-Mass System
- 06. Simple Pendulum
- 07. Resonance
08. Waves and Sound
- 01. Transverse and Longitudinal Wave
- 02. Wave Motion
- 03. Velocity of Sound in a Gas
- 04. Superposition of Waves
- 05. Reflection of Waves
- 06. Standing Waves
- 07. Beats
- 08. Travelling and Standing Waves
- 09. Organ Pipes
- 10. Electromagnetic Spectrum
- 11. Doppler Effect
09. Properties of Solids
- 01. Molecular Theory of Matter
- 02. Elasticity
- 03. Stress and Strain
- 04. Young, Shear, Bulk Modulus
- 05. Stress-Strain Curve
- 06. Poisson’s Ratio
10. Properties of Fluids
- 01. Mechanical Properties of Fluids
- 02. Pressure
- 03. Pascal's Law
- 04. Fluid Dynamics
- 05. Equation of Continuity
- 06. Bernoulli’s Principle
- 07. Viscosity
- 08. Stoke's Law
- 09. Reynolds Number
- 10. Surface Tension
- 11. Surface Energy
- 12. Excess Pressure
- 13. Shape of Liquid Meniscus
11. Heat and Thermodynamics
- 01. Heat and Temperature
- 02. Thermal Expansion
- 03. Specific Heat Capacity
- 04. Latent Heat & Heat Transfer
- 05. Newton's Law of Cooling
- 06. Heat and Temperature
- 07. Zeroth Law of Thermodynamics
- 08. First Law of Thermodynamics
- 09. Second Law of Thermodynamics
- 10. Thermodynamic Processes
- 11. Carnot Engine
- 12. Ideal Gas Equation
- 13. Kinetic Theory of Gas
- 14. Law of Equipartition of Energy
12. Electrostatics
- 01. Introduction
- 02. Coulomb's Law
- 03. Electric Field
- 04. Electric Dipole
- 05. Electric Field Lines
- 06. Electric Flux and Gauss Theorem
- 07. Electric Potential
- 08. Potential Difference
- 09. Electric Potential Energy
- 10. Behavior of Conductors in Electric Field
- 11. Capacitors and Capacitance
- 12. Combination of Capacitors
- 13. Energy Stored in Capacitor
- 14. Dielectrics and Dielectric Polarization
13. Current Electricity
- 01. Electric Current
- 02. Ohm's Law
- 03. Resistance and Resistivity
- 04. Electric Cells
- 05. Kirchhoff's Laws
- 06. Wheatstone Bridge
- 07. Potentiometer
- 08. Comparison of EMFs of Two Cells
- 09. Internal Resistance of Cell
- 10. Drift Velocity of Electrons
- 11. Power Consumed in Electrical Circuit
14. Magnetism
- 01. Introduction
- 02. Biot Savart Law
- 03. Ampere's Law
- 04. Lorentz Force
- 05. Cyclotron Frequency
- 06. Force on Current Carrying Conductors
- 07. Current Loop in Uniform Magnetic Field
- 08. Ammeter
- 09. Voltmeter
- 10. Magnets and Bar Magnet
- 11. Earth's Magnetic Field
- 12. Magnetic Susceptibility & Permeability
- 13. Magnetic Materials
15. EMI and AC
- 08. AC Source Connected to Capacitor
- 09. LCR Series Circuit
- 10. Resonance
- 11. Transformer
- 01. Magnetic Flux & Faraday's Law of Induction
- 02. Lenz's Law
- 03. Eddy Currents
- 04. Self and Mutual Induction
- 05. LR Circuits
- 06. Alternating Current and Voltage
- 07. AC Source Connected to Resistor
16. EM Waves
- 01. Introduction
- 02. Properties of Electromagnetic Waves
- 03. Electromagnetic Spectrum
- 04. Applications of EM Waves
17. Optics
- 01. Laws of Reflection
- 02. Focus
- 03. Mirror Equation
- 04. Laws of Refraction
- 05. Total Internal Reflection
- 06. Applications of Total Internal Reflection
- 07. Refraction at Spherical Surface & Lens
- 08. Combination of Lenses
- 09. Prism
- 10. Microscope
- 11. Telescope
- 12. Wavefront
- 13. Huygens Principle
- 14. Principle of Superposition of Waves
- 15. Interference of Light
- 16. Young's Double Slit Experiment
- 17. Diffraction
- 18. Polarization
18. Dual Nature of Radiation and Matter
- 01. Introduction
- 02. Photoelectric Effect
- 03. Einstein Photoelectric Equation
- 04. Particle Nature of Light
- 05. Wave Nature of Matter
- 06. de Broglie Equation
- 07. Heisenberg's Uncertainty Principle
- 08. Davisson and Germer Experiment
19. Atoms and Nuclei
- 01. Introduction
20. Electronic Devices
- 01. Introduction
- 02. Intrinsic Semiconductors
- 03. Extrinsic Semiconductors
- 04. p-n Junction
- 05. p-n Diode
- 06. Transistor
- 07. Logic Gates
- 08. Integrated Circuits
21. Communication Systems
- 01. Introduction
- 02. Basic Terms
- 03. Propagation of Electromagnetic Waves
- 04. Modulation
- 05. Bandwidth of Signals
- 06. Bandwidth of Transmission Medium
22. Experimental Skills
- 01. List of Experiments
- 02. Vernier Calliper
- 03. Screw Gauge
- 04. Simple Pendulum
- 05. Metre Scale
- 06. Young's Modulus
- 07. Surface Tension
- 08. Viscosity
- 09. Newton's Law of Cooling
- 10. Resonance Tube
- 11. Specific Heat Capacity
- 12. Meter Bridge
- 13. Ohm's Law
- 14. Potentiometer
- 15. Galvanometer
- 16. Focal Length
- 17. Triangular Prism
- 18. Travelling Microscope
- 19. P-N Junction Diode
- 20. Zener Diode
- 21. Transistor
- 22. Identification of Electronic Devices
01. Basic Concepts in Chemistry
- 01. Introduction
- 02. Laws of Chemical Composition
- 03. Dalton's Atomic Theory
- 04. Atomic and Molecular Masses
- 05. Mole Concept
- 06. Mole, Mass and Number Relationship
- 07. Molecular and Empirical Formula
- 08. Formula Stoichiometry
- 09. Important Formulas
- 10. Chemical Equation and Reaction Stoichiometry
02. Atomic Structure
- 01. Introduction
- 02. Dalton's Atomic Theory
- 03. Electron, Proton & Neutron
- 04. Electromagnetic Radiations
- 05. Atomic Spectrum
- 06. Atomic Models
- 07. Planck’s Quantum Theory
- 08. Photoelectric Effect
- 09. Bohr's Atomic Structure
- 10. Dual Nature of Electron
- 11. Heisenberg's Uncertainty Principle
- 12. Schrödinger Wave Equation
- 13. Quantum Numbers
- 14. Shape of Orbitals
- 15. Filling of Electrons
03. Chemical Bonding
- 01. Chemical Bond
- 02. Law of Octet
- 03. Covalent Bond
- 04. Ionic Bond
- 05. Bond Parameters
- 06. Dipole Moment
- 07. Fajans Rule
- 08. Valence Shell Electron Pair Repulsion Theory
- 09. Valence Bond Theory
- 10. Hybridization of Orbitals
- 11. Molecular Orbital Theory
- 12. Hydrogen Bonding
04. Gaseous State
- 01. Three States of Matter
- 02. Boyle's Law
- 03. Charles' Law
- 04. Gay Lussac Law
- 05. Avogadro's Law
- 06. Ideal Gas Equation
- 07. Daltons Law of Partial Pressure
- 08. Graham's Law of Diffusion
- 09. Kinetic Molecular Theory of Gases
- 10. Distribution of Molecular Speeds
- 11. Deviation From Ideal Gas Behavior
- 12. Liquefaction of Gases
05. Liquid State
- 01. Introduction
- 02. Van der Waals Forces
- 03. Properties of Liquids
- 04. Vapor Pressure and Boiling Point
- 05. Surface Tension
- 06. Viscosity
06. Solid State
- 01. Classification of Solids
- 02. Close Packed Structures of Solids
- 03. Crystal Lattices and Unit Cells
- 04. Cubic Unit Cells
- 05. Structures of Ionic Solids
- 06. Defects in Ionic Crystals
- 07. Magnetic Properties
07. Chemical Solutions
- 01. Components of Solution
- 02. Concentration of Solution
- 03. Types of Solutions
- 04. Vapor Pressure of Liquid Solutions
- 05. Raoult’s Law for Solutions
- 06. Relative Lowering of Vapour Pressure
- 07. Ideal and Non-Ideal Solutions
- 08. Colligative Properties
- 09. Abnormal Colligative Properties
- 10. Key Formulas for Colligative Properties
08. Equilibrium
- 01. Introduction
- 02. Reversible and Irreversible Reactions
- 03. Characteristics of Equilibrium State
- 04. Equilibrium in Physical Processes
- 05. Homogeneous and Heterogeneous Systems
- 06. Concentration Equilibrium Constant
- 07. Pressure Equilibrium Constant
- 08. Relation between Kp and Kc
- 09. Factors Affecting Equilibrium State
- 10. Concepts of Acids and Bases
- 11. Relative Strength of Acids and Bases
- 12. Ionization of Weak Acids & Bases
- 13. Degree of Ionization
- 14. Self-Ionization of Water
- 15. pH Scale
- 16. Buffer Solutions
- 17. Salt Hydrolysis
- 18. Solubility Equilibria
09. Redox Reactions and Electrochemistry
- 01. Introduction
- 02. Oxidation Number
- 03. Types of Redox Reactions
- 04. Balancing of Redox Reactions
- 05. Redox Reactions and Electrode Processes
- 06. Introduction
- 07. Galvanic Cells
- 08. Faraday's Laws of Electrolysis
- 09. Arrhenius Theory of Electrolytic Dissociation
- 10. Nernst Equation
- 11. Variation of Conductivity and Molar Conductivity
10. Chemical Kinetics
- 01. Introduction
- 02. Factors Affecting Rate of a Reaction
- 03. Rate Law
- 04. Zero Order Reactions
- 05. First Order Reactions
- 06. Temperature Dependence of Rate Constant
11. Chemical Thermodynamics
- 01. Introduction
- 02. System and Surroundings
- 03. Types of Processes
- 04. Thermochemical Equations
- 05. First Law of Thermodynamics
- 06. Heat Capacity
- 07. Enthalpy
- 08. Standard Enthalpy of Reactions
- 09. Laws of Thermochemistry
- 10. Bond Enthalpies
- 11. Entropy
- 12. Second Law of Thermodynamics
- 13. Phase Transitions and Absolute Entropy
- 14. Gibbs Energy
- 15. Terms and Definitions
12. Surface Chemistry
- 01. Adsorption
- 02. Types of Adsorption
- 03. Factors Affecting Adsorption
- 04. Adsorption Isotherms
- 05. Applications of Adsorption
- 06. Catalysis
- 07. Colloids
- 08. Emulsions
13. Basic Organic Chemistry
- 18. Organic Chemistry Reactions
- 01. Introduction
- 02. Tetravalence of Carbon
- 03. Classification of Organic Compounds
- 04. Nomenclature of Organic Compounds
- 05. IUPAC - Straight Chain Hydrocarbons
- 06. IUPAC - Branched Chain Hydrocarbons
- 07. IUPAC - Alicyclic Compounds
- 08. IUPAC - Aromatic Compounds
- 09. IUPAC - Functional Groups
- 10. Isomerism
- 11. Structural Isomerism
- 12. Stereoisomerism
- 13. Fission of Covalent Bond
- 14. Inductive Effects (I Effect)
- 15. Resonance
- 16. Electromeric Effect (E effect)
- 17. Hyperconjugation
14. Hydrocarbons
- 01. Introduction
- 02. Naming of Hydrocarbons / IUPAC
- 03. Alkanes
- 04. Preparation of Alkanes
- 05. Properties of Alkanes
- 06. Halogenation of Alkanes
- 07. Alkenes
- 08. Preparation of Alkenes
- 09. Properties of Alkenes
- 13. Aromatic Hydrocarbon
- 14. Preparation of Benzene
- 15. Properties of Aromatic Hydrocarbons
- 10. Alkynes
- 11. Preparation of Alkynes
- 12. Properties of Alkynes
- 16. Directive Influence of Functional Group
15. Organic Compounds with Halogens
- 01. Introduction
- 02. Classification
- 03. Methods of Preparation
- 04. Physical Properties
- 05. Chemical Reactions
- 06. Reactions of Haloarenes
- 07. Polyhalogen Compounds
16. Organic Compounds with Oxygen
- 01. Classification of Alcohols
- 02. Preparation of Alcohols
- 03. Preparation of Phenols
- 04. Physical Properties
- 05. Chemical Reactions
- 06. Reactions of Phenol
- 07. Preparation of Ethers
- 08. Chemical Reactions of Ethers
- 09. Carbonyl Group
- 10. Preparation of Aldehydes and Ketones
- 11. Physical Properties
- 12. Chemical Reactions
17. Organic Compounds with Nitrogen
- 01. Introduction to Amines
- 02. Preparation of Amines
- 03. Physical Properties
- 04. Chemical Reactions
- 05. Nitro Compounds
18. Polymers
- 01. Introduction
- 02. Classification of Polymers
- 03. Polymerization Reactions
- 04. Rubber
19. Biomolecules
- 01. Introduction
- 02. Carbohydrates
- 03. Proteins
- 04. Vitamins
- 05. Nucleic Acids
20. Chemistry in Everyday Life
- 01. Cleansing Agents
- 02. Soaps
- 03. Synthetic Detergents
21. Classification of Elements
- 01. Introduction
- 02. Mendeleev's Periodic Table
- 03. Periodic Table
- 05. Facts about Periodic Table
- 04. Periodic Table Trends
22. Isolation of Metals
- 01. Occurrence of Elements
- 02. Methods of Concentration of Ores
- 03. Methods of Reduction
- 04. Methods Used in Refining
23. Hydrogen
- 01. Introduction
- 02. Properties and Isotopes of Hydrogen
- 03. Preparation & Reactions of Dihydrogen
- 04. Hydrides
- 05. Water
- 06. Hydrogen Peroxide
- 07. Heavy Water
24. s-Block Elements
- 01. Introduction
- 02. Trends in Physical & Chemical Properties
- 03. Diagonal Relationship
- 04. Alkali Metals
- 05. Alkaline Earth Metals
- 06. Portland Cement
25. p-Block Elements
- 01. Introduction
- 02. Group 13
- 03. Group 14
- 04. Group 15
- 05. Group 16
- 06. Group 17
- 07. Group 18
26. d- & f- Block Elements
- 01. Introduction
- 02. Transition Elements
- 03. Inner Transition Elements
27. Coordination Compounds
- 01. Introduction
- 02. Definitions
- 03. Isomerism
- 04. Valence Bond Theory
- 05. Crystal Field Theory
- 06. Importance of Coordination Compounds
01. Sets, Relations and Functions
- Introduction To Sets
- Type of Sets
- Operations on Sets
- Relation
- Types of Relation
- Functions
02. Quadratic Equations
- Quadratic Formula
- Discriminant and Nature of Roots
- Sum and Product of Roots
- Maximum or Minimum Value
03. Vectors
- Introduction to Vectors
- Position Vector
- Direction Cosines
- Direction Ratios
- Type of Vectors
- Addition of Vectors
- Multiplication of Vector by Scalar
- Product of Two Vectors
04. Complex Numbers
- Introduction to Complex Numbers
- Roots of Complex Number
- Algebraic Operations
- Conjugate
- Modulus (Absolute Value)
- Geometrical Representation
- Polar Form
- Exponential Form
- Cube Roots of Unity
- De Moivre's Theorem
05. Matrices and Determinants
- Matrix
- Test of Consistency
- Types of Matrices
- Operation on Matrices
- Matrix Multiplication
- Transpose of a Matrix
- Adjoint of Matrix
- Inverse Matrix
- Determinant
- Area of a Triangle
06. Permutation and Combination
- Fundamental Principle of Counting
- Factorial
- Permutations (Arrangements)
- Circular Permutations
- Combination (Selection)
- Properties of Combinations
07. Binomial Theorem
- Introduction to Binomial Theorem
- Middle Terms
- Pascal's Triangle
08. Sequences and Series
- Progressions
- Arithmetic Progression
- Geometric Progression
- Means of Progressions
09. Functions, Limits and Continuity
- Calculus
- Limits
- Algebra of Limits
- Standard Limits
- Formula for Limits
- Continuous Functions
10. Differentiation
- Differentiability
- Standard Derivatives
- Rate of Change of Quantities
- Increasing and Decreasing Functions
- Tangents and Normals
- Maxima and Minima
11. Integration
- Integration
- Indefinite Integrals
- Properties of Indefinite Integration
- Some Standard Integrals
- Integration By Substitution
- Integration By Partial Fractions
- Integrals of Special Functions
12. Differential Equations
- Introduction to Differential Equations
- Variable Separable Method
- Homogeneous Differential Equation
- Linear Differential Equations
13. Coordinate Geometry
- Introduction to Coordinate Geometry
- Introduction to Conic Sections
- Parabola
- Tangent and Normal to Parabola
- Ellipse
- Hyperbola
- Distance Formula
- Midpoint Formula
- Slope of Line
- Equation of Line
- Distance from Point to Straight Line
- Angle between two Straight Lines
- Equation of Circle
- General Equation of Circle
14. 3D Geometry
- Introduction to 3D Geometry
- Direction Cosines & Direction Ratios
- Skew Lines
15. Statistics
- Introduction to Statistics
- Range
- Mean Deviation
- Variance and Standard Deviation
- Standard Deviation
16. Probability
- Probability Terms
- Probability
- Conditional Probability
17. Trigonometry
- Angle and Measurement
- Trigonometrical Equations
- sin θ = 0, cos θ = 0, tan θ = 0
- sin θ = sin α, cos θ = cos α, tan θ = tan α
- a cosθ + b sinθ = c
- Inverse Trigonometrical Functions
- Inverse T-Functions Properties
- Quadrants
- Trigonometrical Ratios
- T-Ratios of Related Angles
- Properties of Trigonometric Functions
- Compound Angles: A+B and A−B
- Multiple Angle Identities
- Sum to Product Identities
- Conditional Identities