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IIT JEE is conducted in two parts

  • JEE MAIN

    This is conducted by the JEE Apex Board for admission to Undergraduate Engineering Programmes in NITs, IIITs and other Centrally Funded Technical Institutions etc.

    The States of Gujarat, Madhya Pradesh, Haryana, Uttrakhand, Nagaland & Odisha have
    joined JEE (Main) system. Therefore, the candidates seeking admission to the institutions in these states, which were earlier admitting based on their State level examination, are also advised to fill in the JEE (Main). The JEE (Main) will also be an eligibility test for the JEE (Advanced), which the candidate has to take if he/she is aspiring for admission to the undergraduate programmes offered by the IITs.
  • JEE ADVANCED

This is conducted jointly by IITs usually on third Sunday of May for admission into all  IITs.The candidates must qualify JEE MAIN in order to appear for this exam.

 

Course Curriculum

GENERAL
MECHANICS
Introduction to Mechanics 01:02:00
MOTION IN ONE DIMENSION
Displacement,Velocity and Acceleration 02:05:00
Relative Velocity 00:54:00
Graphs 00:38:00
Miscellaneous Problems 00:40:00
PROJECTILE MOTION
Projectile Motion 01:57:00
NEWTON LAWS OF MOTION
Normal Reaction FREE 00:36:00
Tension 00:35:00
Pseudo Forces 01:01:00
FRICTION
Friction 00:51:00
CONSERVATION LAWS
Law of Conservation of Linear Momentum 00:47:00
Law of Conservation of Energy 00:39:00
Collision 01:35:00
CIRCULAR MOTION
Circular Motion FREE 01:43:00
CENTRE OF MASS
Centre of Mass 00:43:00
VARIABLE MASS SYSTEMS
Variable Mass Systems 00:25:00
GRAVITATION
Gravitation 00:25:00
Gravitational Field 01:42:00
Gravitational Potential 00:52:00
Gravitational Potential Energy 01:41:00
RIGID BODY DYNAMICS
Rotation about Fixed Axis 01:48:00
Translation + Rotation FREE 01:07:00
Angular Momentum 01:25:00
ELASTIC PROPERTIES OF MATTER
Elastic Properties of Matter 01:03:00
Fluid Statics 01:46:00
Surface Tension 02:30:00
FLUID DYNAMICS
Bernoulli Equation 00:57:00
Viscosity 01:27:00
Fluid Dynamics 01:28:00
SIMPLE HARMONIC MOTION
Simple Harmonic Motion 00:43:00
ELECTRICITY AND MAGNETISM
COULOMB LAW AND ELECTRIC FIELD
Coulombs Law 00:35:00
Electric Field 00:56:00
Electric Flux 01:26:00
GAUSS LAW OF ELECTROSTATICS AND APPLICATIONS
Gauss Law of Electrostatics 02:03:00
Determination of Charge Distribution on Conductors using Gauss Law 00:59:00
Electrostatic Potential 00:51:00
Capacitance 00:32:00
Force on Charged Surface 00:17:00
POLARIZATION OF DIELECTRICS
Polarization of Dielectrics 01:04:00
Problems on Field Calculation 00:35:00
WORK AND ENERGY IN ELECTROSTATICS
Electrostatic Energy 00:52:00
Problems on Electrostatic Energy 00:33:00
Problems on Work and Energy 00:53:00
CURRENT ELECTRICITY
Electric Current and Resistance 00:52:00
Combination of Resistors and Cells 00:51:00
Ammeter and Voltmeter 00:17:00
Problems on Current Electricity 00:39:00
MAGNETOSTATICS
Motion of Charged Particle in Magnetic Field 00:37:00
Biot Savart Law 00:48:00
Gauss law of Magnetostatics 00:14:00
Ampere Law 01:19:00
Magnetic Dipoles and Force on Current Carrying Conductor 01:04:00
FARADAY LAW OF ELECTROMAGNETIC INDUCTION
Faraday Law and Induced EMF 00:39:00
Faraday Law and Induced EMF 00:39:00
MAGNETIC MATERIALS
Magnetisation and H Vector 00:49:00
Boundary Conditions of B and H 00:29:00
Ferromagnetism 00:21:00
Moving Coil Galvanometer 00:10:00
DC CIRCUITS
Introduction to DC Circuit 00:05:00
RC Circuit 02:14:00
LR circuit 00:45:00
LC Circuit 01:20:00
LCR Circuit 00:14:00
AC CIRCUITS
AC Circuit 02:09:00
OPTICS
Waves 01:28:00
Fermat Principle 00:12:00
Thin Lens 00:33:00
Young Double Slit Experiment 01:35:00
THERMAL PHYSICS
THERMAL EXPANSION
Thermal Expansion 00:59:00
CALORIMETRY
Calorimetry 01:25:00
TRANSMISSION OF HEAT
Thermal Conduction 00:35:00
Convection and Newtons Law of Cooling 00:28:00
Problems on Heat Transfer 01:10:00
FIRST LAW OF THERMODYNAMICS
Thermodynamic Systems 00:42:00
Heat and Work 00:41:00
First Law of Thermodynamics 00:32:00
Thermodynamic Processes 00:43:00
Problems on First Law of Thermodynamics 00:28:00
SECOND LAW OF THERMODYNAMICS
Second Law of Thermodynamics 01:10:00
MODERN PHYSICS
Photoelectric Effect 01:08:00
Wave Nature of Particle 01:22:00
H atom and X-rays 00:56:00
Basic Nuclear Properties and Radioactive Decay 01:31:00
Problems on Radioactive Decay 00:42:00

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