| Laws of Motion-1 |
| Laws of Motion: First and Second law of Motion and Few examples of Variable mass system |
| Definition of Newton, Third law of Motion, System and Surroundings, External and Internal Forces |
| Reference Frames |
| Earth Frame |
| Non-inertial Frame of Reference |
| Inertial Frame of Reference |
| Free Body Diagram Introduction |
| Free Body Diagrams in Mass pulley system |
| Results from Kinematics |
| Constraint Relationship |
| String Constraint |
| Problems on String Constraint |
| Explanation of Newton's First Law and External Force |
| Kinematics |
| Rest and Motion, Reference Frame |
| One, Two and Three Dimensional Motion |
| Distance Vs Displacement Definition |
| Definition of Average Speed |
| Illustration of Average Speed |
| Graphical Interpretation of Average Speed |
| Illustration of Graphical interpretation of Average Speed |
| Instantaneous Speed: A Limiting Case of Average Speed and Its Illustration |
| Illustration of Graphical Interpretation of Instantaneous Speed |
| Displacement Vs Time Graphs for 1 and 2 dimensional Motion |
| Uniformly Accelerated Motion and Equations of Motion |
| Conversion of Displacement Vs Time into Distance-Time Graph |
| Elementary Problems |
| Projectile Motion: Introduction |
| Expression for Time of Flight, Maximum Height Attained and Horizontal Range of Projectile |
| Role of Complementry Angles in Projectile Motion |
| Equation for path of Projectile |
| Projectile on the Inclined Plane:Expression for Time of Flight and Maximum Height Attained on inclined plane |
| Expression for Range Attained on Inclined Plane |
| Relations between Displacement - Velocity and Acceleration |
| Past Year IIT Problems |
| Introduction of Relative Motion |
| Problems |
| Laws of Motion-2 |
| Wedge Constraint |
| Examples of String Constraint |
| Past Year IIT Problems |
| Problems |
| Circular Motion |
| Introduction: Circular Motion |
| Uniform Circular Motion (Theory) |
| Illustration of Uniform Circular Motion |
| Examples of Uniform Circular Motion |
| Non-Uniform Circular Motion |
| Illustration of Non Uniform Circular Motion |
| Conclusion of Non-Uniform Circular Motion |
| Past Year IIT Problems |
| Problems |
| Friction |
| Introduction: Frictional Forces |
| Kinetic Friction and Static Friction |
| Illustration of Kinetic Friction and Static friction |
| Kinetic Friction Vs Static Friction |
| Problems |
| Work Power and Energy |
| Work-Energy Theorem |
| Mechanical Energy |
| Definition of Work Done |
| Potential Function |
| Conservative-Force and Non-Conservative Force |
| Conservative-Force Vs Non-Conservative Force |
| Past Year IIT Problems |
| Problems |
| System of Particles |
| Centre of Mass |
| Illustration of Centre of Mass |
| Collision Theory |
| Problems |
| Rotational Motion |
| Introduction: Rotational Dynamics |
| Illustration of Rotations |
| Moment of Inertia |
| Illustration of Moment of Inertia |
| Parallel Axis Theorem |
| Perpendicular Axis Theorem |
| Torque |
| Illustration of Torque |
| Toppling |
| Illustration of Toppling |
| Problems based on Toppling |
| Rigid Body |
| Effect of Friction on Tension in mass pulley system |
| Rotation about Fixed Axis |
| Illustration of Rotation about Fixed Axis |
| Rotation about Fixed Axis: Mass Pulley System |
| Problems on Rotation about Fixed Axis |
| Planar Rotational Motion |
| Chastal Theorem |
| Application of Chastal Theorem |
| Illustration of Rolling without Slipping in mass pulley system |
| Example of Rolling without Slipping |
| Rolling with Slipping |
| Illustration of Rolling with Slipping |
| Example of Rolling with Slipping |
| Problems on Rolling with Slipping |
| Angular Momentum of a rigid body |
| Illustration of Angular Momentum |
| Problems |
| Gravitation |
| Universal Law of Gravitation |
| Spherical Symmetric Distribution: Shell's Theorem |
| Acceleration due to Gravity and its variation with Height and Depth |
| Motions of Planets and Satellites in Circular Orbits |
| Keplar's Laws of Planetary Motion |
| Escape Velocity and Expression for It |
| Gravitational Field and Gravitational Potential |
| Physical Interpretation of Gravitational Potential |
| Problems based on Gravitation Potential Energy |
| Past Year IIT Questions |
| Fluid Mechanics |
| Introduction to Fluid Mechanics, Pressure |
| Pascal's law |
| Hydrostatic Pressure |
| Application of Hydrostatic Pressure |
| Problems Based on Application of Hydrostatic Pressure |
| Up Thrust and Center of Buoyancy |
| Equation of Continuity |
| Bernoulli's Equation and its derivation |
| Problems |
| Toricelli's Theorem |
| Applications of Bernoullis Equation |
| Viscosity and Newton's Law of Viscosity |
| Stokes Law and Expression for terminal velocity |
| Simple Harmonic Motion |
| Illustration of Simple Harmonic Motion |
| Applications of SHM |
| Problems Based on Application of SHM |
| Angular SHM and Example, Difference b/w Linear SHM and Angular SHM |
| Application of Angular SHM |
| Expression for the time period of Simple Pendulum |
| Physical Pendulum |
| Problems |
| Heat and Thermodynamics |
| Introduction of Heat and Thermodynamics |
| Internal Energy |
| Problems Based on Internal Energy |
| Work Done by Gas, Free Expansion of Gas |
| Dependence of Internal Energy |
| First Law of Thermodynamics |
| Molar Specific Heat |
| Example of Specific Heat |
| Polytropic Process |
| Problem Based on Specific Heat |
| Equation for Adiabatic Process |
| Isochoric Process |
| Illustration of Isochoric Process |
| Isobaric Process and its illustration |
| Isothermal Process |
| Adiabatic Graph |
| Proof of Cp - Cv = R |
| Summary of Thermodynamics |
| Cyclic Process |
| Illustration of Cyclic Process and Heat Engine |
| Efficiency of Heat Engine and a problem based on it |
| A Problem based on cyclic process |
| Postulates of Kinetic Theory of Gases |
| Illustration of Kinetic Theory of Gases |
| Expressions for Kinetic Energy and Root Mean Square Velocity |
| K.E. for Polyatomic and Monoatomic Gas |
| Degree of Freedom |
| Equipartition Theorem |
| γ(Adiabatic Gas Exponent) = 1 + 2/f |
| Maxwell - Boltzmann Distribution |
| Radiations |
| Emmisive and Absorptive Power of an Object, Kirchoff's Law |
| Stefan's Law, Black Body |
| Illustration of Radiation |
| Summary of Radiation |
| Wein's Displacement Law |
| Heat Transfer by a Conduction |
| Heat Transfer by a Conduction contd. |
| Thermal Current and a problem |
| Problems |
| Sound Waves |
| Introduction to Waves, Types of Waves |
| Wave Theory |
| Functional Form of Equation of Travelling Wave |
| Wave Velocity and Particle Velocity |
| Equation of a Sinusoidal Wave Travelling Along +X Direction |
| Wavefront |
| Phase Velocity and Its Illustration |
| Average Power Transmitted along String by Sine Wave |
| Principle of Superposition and Interference |
| Constructive and Destructive Interference |
| Power in Constructive and Destructive Interference |
| Reflection of Waves |
| Standing Wave, Nodes and Antinodes |
| Frequencies in Standing Waves |
| Illustration of Standing Wave |
| Open Organ Pipe |
| Closed (one end) Organ Pipe |
| Formation of Beats and Beats Frequency |
| Doppler's Effect |
| Illustration of Doppler's Effect |
| Example of Doppler's Effect |
| Doppler Effect(Conclusion) |
| Problems |
| Equation of Spherical and Cylinderical Wave |
| Pressure Waves |
| Bulk Matter |
| Surface Tension |
| Illustration of Surface Tension and Surface Energy |
| Relation b/w Surface Energy and Surface Tension |
| Expression for Excess Pressure within a Bubble |
| Angle of Contact, Cohesive and Adhesive Forces |
| Example of Capillary |
| Past Year IIT Problems |
| Hooks Law and Young Modulus |
| Electrostatics-1 |
| Coulomb's Law |
| Principle of Super Position |
| Application of Coulomb's Law and Principle of Super Position |
| Concept of Point Charge |
| Examples based on Coulomb's Law and Principle of Super Position |
| Vector form of Coulombs Law |
| A Problem Based on Coulomb's Law |
| Dipole and Dipole Moment |
| Illustration of Dipole Moment |
| Flux |
| Gauss' Law |
| Illustration of Gauss' Law |
| Proof of Coulomb's Law by Gauss' Law |
| Applications of Gauss' Law |
| Properties of Metallic Object |
| Electric Potential |
| Potential Difference |
| Interaction Energy of System of Charges and Potential Energy |
| Illustration of Interaction Energy |
| Potential function |
| Past Year IIT Problems |
| The field of an electric dipole for points on the axis |
| The field of an electric dipole for points on the equatorial plane |
| Electrostatics-2 |
| Earthing and one example related to it |
| Capacitors and Capacitance |
| Types of Capacitors |
| Spherical Capacitor |
| Cylinderical Capacitor |
| Equivalent Capacitance in Series Combination |
| Example based on Capacitive Circuit |
| Forces on the dielectric in the capacitors |
| Charging of Capacitor in C-R Circuit |
| Discharging of Capacitor in C-R Circuit |
| Current Electricity |
| Introduction to Current Electricity |
| Drift Velocity, Current and Relationship b/w them |
| Drift Velocity, Electric Field and Relationship b/w them |
| Kirchoff's Law (KVL and KCL) |
| Equivalent Resistance |
| Some Important Points and a Problem |
| Problems based on Kirchoff's laws |
| Problems |
| Heating Effect of Current, Joule's Law |
| Illustration of Heating Effect of Current |
| Past Year IIT Problems |
| Electromagnetism-1 |
| Introduction to Electromagnetism |
| Lorentz Force |
| Illustration of Lorentz Force |
| Force on a Current Carrying Conductor in a Uniform B Field |
| Illustration of Force on a Current Carrying Conductor in a Uniform B Field |
| Biot-Savart Law |
| Illustration of Biot-Savart Law |
| Problem based on Biot-Savart Law |
| Amperes Circuital Law |
| Application of Amperes Circuital Law: Solenoid |
| Problem based on Amperes Circuital Law |
| Illustration of Amperes Circuital Law |
| Problems |
| Ideal Galvanometer Vs Ideal Ammeter |
| Conversion of Galvanometer into Ammeter |
| Conversion of Galvanometer into Voltmeter |
| Electromagnetism-2 |
| Electromagnetic Induction: Faraday's Law of EMI, Lenz's Law |
| Motional E.M.F. |
| Illustration of EMF |
| Problems based on EMF |
| Hall's Effects |
| Time Varying Magnetic field |
| Self induction |
| Energy Stored in an Inductor |
| L-C oscillation |
| Growth of Current in the L-R Circuit |
| Decay of Current in L-R Circuit |
| Series and Parallel Combinations of Inductors |
| Mutual Induction |
| Representing A.C Signal Via Complex Number |
| Phase of I and V |
| Impedance of Capacitor |
| Impedance of Inductor |
| Series of LCR Circuits |
| Problems |
| Optics-1 |
| Prism: Angle of Prism, Relation b/w Refractive Index and Angle of Prism |
| Expression for Angle of Dispersion |
| Combination of Prisms and its Types |
| Snell's Law , Critical Angle and Total Internal Reflection |
| Past Year IIT Problems based on Total Internal Reflection |
| Glass Slab |
| Past Year IIT Problems |
| Laws of Reflection |
| Sign Convention |
| Derivation of Lens Maker Formula |
| Applying Lens Maker Formula |
| Diverging and Converging Lenses |
| Silvering of Lens |
| Problem Based on Silvering of Lens |
| Past Year IIT Problems |
| Velocity of Image if Object is Moving |
| Illustration of Velocity of Image- If Object is Moving |
| Image Formation |
| Problems on the Variable Index |
| Lens with Differrent Media on Two Sides (Problems) |
| Problems on the Snell's Law |
| Multiple Spherical Surfaces Separated by Some Distances |
| Optics-2 |
| Youngs Double Slit Experiment |
| Location of maxima and Fringe Width in Youngs Double Slit Experiment |
| Expression for the Fringe Width and a problem based on Youngs Double Slit Experiment |
| Example Related to Youngs Double Slit Experiment |
| Refraction through Spherical Surface |
| Problems based on Refraction through Spherical Surface |
| Refraction through Planar Surface |
| Problems based on Refraction through Planar Surface |
| Problems |
| Modern Physics |
| Potulates of Bohr's Theory |
| Expression for Velocity and Radius of Hydrogen for nth orbit |
| Expression for Energy of nth orbit for Hydrogen Atom |
| Spectrum of Hydrogen Atom |
| Expression for Wavelength and Series Spectrum of Hydrogen Atom |
| Series Limit for Hydrogen Atom |
| Effect of Mass of Nucleus on Velocity , Radius and Energy of an Atom |
| de Broglie equation of wavelength and idea of Modern Physics |
| Some important points and few Expressions |
| X-Rays |
| Continuous and Characteristic X-Rays |
| Moseley's Law |
| Introduction to Photoelectric Effect |
| Threshold Frequency, Work Function and Kinetic Energy in Photo Electric Effect |
| Dependence of Photo Current |
| Some important Points related to Photo Electric Effect |
| Past Year IIT Problems |
| Radioactivity |
| Decay Constant, Mass Defect , Binding Energy |
| Error Analysis |
| Introduction of Error Analysis |
| Some examples based on Errors |