NCERT: Class 11 Physics

Physical World

Physical World Part 1 (Physics and Scientific Method) 

Physical World Part 2 (Scope and Excitement of Physics)

Physical World Part 3 (Force in Physics)

Physical World Part 4 (Gravitational Force)

Physical World Part 5 (Electromagnetic Force)

Physical World Part 6 (Nuclear Long and Short Force)

Units & Measurements

Unit and Measurement Part 1 (Types of Unit and SI unit)

Unit and Measurement Part 2 (Length Measurement and Parallax Method)

Unit and Measurement Part 3 (Range of Length and Problems)

Unit and Measurement Part 4 (Mass Time Measurement and Accuracy Precision)

Unit and Measurement Part 5 (Types of Error)

Unit and Measurement Part 6 (More types of error)

Unit and Measurement Part 7 (Error Rules and numerical)

Unit and Measurement Part 8 (Significant figures and ambiguities)

Unit and Measurement Part 9 (Scientifc notation and rounding off)

Unit and Measurement Part 10 (dimensions of physical Quantities)

Motion In A Straight Line

Straight line motion Part 1 Rectilinear motion

Straight line motion Part 2 Scalar vector distance displacement

Straight line motion Part 3 Speed and velocity

Straight line motion Part 4 Distance time graph

Straight line motion Part 5 Position time graph

Straight line motion Part 6 Cases of position time graph

Straight line motion Part 7 Average and instantaneous speed

Straight line motion Part 8 Average and instantaneous speed using DT graph

Straight line motion Part 9 Average and instantaneous velocity

Straight line motion Part 10 Average instantaneous velocity using PT graph

Straight line motion Part 11 Example of average speed and velocity

Straight line motion Part 12 Acceleration

Straight line motion Part 13 Average instantaneous acceleration

Straight line motion Part 14 Acceleration using VT graph

Straight line motion Part 15 Interpretation from VT graph

Straight line motion Part 16 Area under VT curve

Straight line motion Part 17 Kinematic Equation

Straight line motion Part 18 Problems

Straight line motion Part 19 Relative velocity

Straight line motion Part 20 Examples

Motion In A Plane

Motion in plane Part 1 (Introduction to Scalar and Vector)

Motion in plane Part 2 (Combination of Scalar)

Motion in plane Part 3 (Combination of Vector)

Motion in plane Part 4 (Vector Arithematic)

Motion in plane Part 5 (Unit and Equal Vector)

Motion in plane Part 6 (Resolution of Vector)

Motion in plane Part 7 (Vector Addition)

Motion in plane Part 8 (Example Vectors)

Motion in plane Part 9 (Example Vectors)

Motion in plane Part 10 (Example Vectors)

Motion in plane Part 11 (Position Vector)

Motion in plane Part 12 (Position Vector and Displacement)

Motion in plane Part 13 (Average Velocity)

Motion in plane Part 14 (Instantaneous Velocity)

Motion in plane Part 15 (Average acceleration)

Motion in plane Part 16 (Instantaneous Acceleration)

Motion in plane Part 17 (Example)

Motion in plane Part 18 (Example)

Motion in plane Part 19 (Motion with constant acceleration)

Motion in plane Part 20 (Example)

Motion in plane Part 21 (Relative velocity)

Motion in plane Part 22 (Projectile motion)

Motion in plane Part 23 (Nature of Projectile)

Motion in plane Part 24 (Height of Projectile)

Motion in plane Part 25 (Example Projectile)

Motion in plane Part 26 (Uniform Circular Motion)

Motion in plane Part 27 (Angular Velocity)

Laws of Motion

Laws of motion Part 1 (Aristotle law)

Laws of motion Part 2 (Inertia Galileo law)

Laws of motion Part 3 Newton first law)

Laws of motion Part 4 Momentum)

Laws of motion Part 5 (Momentum Examples)

Laws of motion Part 6 Newton Second law Impulse)

Laws of motion Part 7 (Problems second law newton)

Laws of motion Part 8 (Newton third law)

Laws of motion Part 9 (Conservation of momentum)

Laws of motion Part 10 (Problems on Conservation of momenutm )

Laws of motion Part 11 (Rocket Problem)

Laws of motion Part 12 (Contact force Friction)

Laws of motion Part 13 (Static Friction)

Laws of motion Part 14 (Kinetic Fricton)

Laws of motion Part 15 (Rolling Friction)

Laws of motion Part 16 (Application of friction)

Laws of motion Part 17 (Tips to solve Problems)

Laws of motion Part 18 (Problem law of motion)

Laws of motion Part 19 (Problem law of motion)

Laws of motion Part 20 (Problem law of motion)

Laws of motion Part 21 (Problem law of motion)

Laws of motion Part 22 (Circular motion)

Laws of motion Part 23 (Circular motion on level road)

Laws of motion Part 24 (Circular motion on banked road)

Laws of motion Part 25 (Circular motionroblems)

Work, Energy & Power

Work Energy Power Part 1 (Introduction)

Work Energy Power Part 2 (Scalar Products)

Work Energy Power Part 3 (Advanced Scalar Product)

Work Energy Power Part 4 (Work Positive Negative work)

Work Energy Power Part 5 (Force Displacement Graph)

Work Energy Power Part 6 (Kinetic energy KE=1/2mv^2)

Work Energy Power Part 7 (Work Energy Theorem)

Work Energy Power Part 8 (Potential enrgy p=mgh)

Work Energy Power Part 9 (KE to PE conversion)

Work Energy Power Part 10 (Conservative and Non Conservative force )

Work Energy Power Part 11 (Conservation of Mechanical energy- Falling ball)

Work Energy Power Part 12 (Introduction to spring force)

Work Energy Power Part 13 (Work done in Spring)

Work Energy Power Part 14 (Conservation of Mechanical Energy in Spring)

Work Energy Power Part 15 (Problems)

Work Energy Power Part 16 (Problems)

Work Energy Power Part 17 (Work Energy theorem Various Forms of Energy)

Work Energy Power Part 18 (Power)

Work Energy Power Part 19 (Problem )

Work Energy Power Part 20 (Collision Momemtum and Energy Conservation)

Work Energy Power Part 21 (In-elastic Collision 1 one dimension)

Work Energy Power Part 22 (Elastic Collision 1 one dimension)

Work Energy Power Part 23 (Collision 2 two dimension)

Work Energy Power Part 24 (Problems)

Rotational Motion

Rotational Motion Part 1 (Introduction)

Rotational Motion Part 2 (Rotation about fixed axis)

Rotational Motion Part 3 (System of Particles)

Rotational Motion Part 4 (Center of mass for system of Particles)

Rotational Motion Part 5 (Center of mass for rigid and homogeneous body)

Rotational Motion Part 6 (Numericals Center of mass)

Rotational Motion Part 7 (Motion of center of mass)

Rotational Motion Part 8 (Vector product)

Rotational Motion Part 9 (Angular velocity)

Rotational Motion Part 10 (Torque)

Rotational Motion Part 11 (Angular momentum)

Rotational Motion Part 12 (Torque and angular momentum)

Rotational Motion Part 13 (Numerical Torque and angular momentum)

Rotational Motion Part 14 (Numerical Torque and angular momentum)

Rotational Motion Part 15 (Equilibrium of Rigid body)

Rotational Motion Part 16 (Couple)

Rotational Motion Part 17 (Center of gravity)

Rotational Motion Part 18 (Numerical Center of gravity)

Rotational Motion Part 19 (Moment of inertia)

Rotational Motion Part 20 (Calculate Moment of inertia)

Rotational Motion Part 21 (Calculate Moment of inertia circular plate)

Rotational Motion Part 22 (Calculate Moment of inertia cylinder)

Rotational Motion Part 23 (Calculate Moment of inertia sphere)

Rotational Motion Part 24 (Radius of Gyration)

Rotational Motion Part 25 (Theory of perpendicular axis)

Rotational Motion Part 26 (Theory of parallel axis)

Rotational Motion Part 27 (Moment of intertie recap)

Rotational Motion Part 28 (Numerical)

Rotational Motion Part 29 (Rotational kinetics)

Rotational Motion Part 30 (Rotational dynamics)

Rotational Motion Part 31 (Numerical)

Rotational Motion Part 32 (Numerical)

Rotational Motion Part 33 (Rolling motion)

Rotational Motion Part 34 (Numerical)

Rotational Motion Part 35 (Numerical)

Gravitation

Gravitation Part 1 (Introduction to Gravitation)

Gravitation Part 2 (Cavendish Experiment)

Gravitation Part 3 (Acceleration due to gravity)

Gravitation Part 4 (Acceleration due to gravity below Earth Surface)

Gravitation Part 5 (Acceleration due to gravity above Earth Surface)

Gravitation Part 6 (Inertial Mass and Gravitational Mass)

Gravitation Part 7 (Examples- Mass Acceleration)

Gravitation Part 8 (Gravitational POtential energy)

Gravitation Part 9 (Examples-Gravitational POtential energy )

Gravitation Part 10 (Planetary motion History)

Gravitation Part 11 (Keplers First 1st law : Law of Orbits)

Gravitation Part 12 (Keplers second 2nd law: Law of Areas)

Gravitation Part 13 (Keplers third 3rd law : Law of Periods)

Gravitation Part 14 (Escape Velocity)

Gravitation Part 15 (Examples: Escape Velocity)

Gravitation Part 16 (Earth Satellites)

Gravitation Part 17 (Examples: Earth Satellites)

Gravitation Part 18 (Polar Satellite)

Gravitation Part 19 (Examples: Polar Satellite)

Mechanical Properties of Solids

Mechanical Properties of Solids Part 1 (Introduction)

Mechanical Properties of Solids Part 2 (Stress)

Mechanical Properties of Solids Part 3 (Strain)

Mechanical Properties of Solids Part 4 (Hookes Law)

Mechanical Properties of Solids Part 5 (Stress Strain Curve)

Mechanical Properties of Solids Part 6 (Stress Strain Curve Conclusion)

Mechanical Properties of Solids Part 7 (Elastic Moduli youngs modulus)

Mechanical Properties of Solids Part 8 (Problems)

Mechanical Properties of Solids Part 9 (Problems)

Mechanical Properties of Solids Part 10 (Shear Moduli Youngs modulus )

Mechanical Properties of Solids Part 11 (Bulk Modulus)

Mechanical Properties of Solids Part 12 (Examples)

Mechanical Properties of Fluids

Mechanical properties of Fluids mechanics Part 1 (Introduction to Fluids)

Mechanical properties of Fluids mechanics Part 2 (Pressure)

Mechanical properties of Fluids mechanics Part 3 (Example Pressure)

Mechanical properties of Fluids mechanics Part 4 (Pascals law)

Mechanical properties of Fluids Part 5 (Pressure variation with depth)

Mechanical properties of Fluids mechanics Part 6 (Hydrostatic Paradox)

Mechanical properties of Fluids mechanics Part 7 (Atmospheric Pressure)

Mechanical properties of Fluids mechanics Part 8 (Gauge Pressure)

Mechanical properties of Fluids mechanics Part 9 (Absolute pressure)

Mechanical properties of Fluids Part 10 (Pascals law for fluid pressure)

Mechanical properties of Fluids mechanics Part 11 (Application of pascal law)

Mechanical properties of Fluids mechanics Part 12 (Examples)

Mechanical properties of Fluids mechanics Part 13 (Steady flow)

Mechanical properties of Fluids mechanics Part 14 (Equation of continuity)

Mechanical properties of Fluids mechanics Part 15 (Turbulent Flow)

Mechanical properties of Fluids mechanics Part 16 (Bernolis Theorem)

Mechanical properties of Fluids Part 17 (Bernoulli Theorem Derivation)

Mechanical properties of Fluids Part 18 (Bernoulli Theorem Special cases)

Mechanical properties of Fluids mechanics Part 19 (Torricelli law)

Mechanical properties of Fluids mechanics Part 20 (Venturimeter)

Mechanical properties of Fluids mechanics Part 21 (Examples)

Mechanical properties of Fluids mechanics Part 22 (Examples)

Mechanical properties of Fluids mechanics Part 23 (Dynamic Lift)

Mechanical properties of Fluids mechanics Part 24 (Magnus Effect)

Mechanical properties of Fluids mechanics Part 25 (Examples)

Mechanical properties of Fluids mechanics Part 26 (Viscosity)

Mechanical properties of Fluids mechanics Part 27 (Stokes Law)

Mechanical properties of Fluids mechanics Part 28 (Terminal Velocity)

Mechanical properties of Fluids mechanics Part 29 (Reynolds Number)

Mechanical properties of Fluids mechanics Part 30 (Turbulent : boon or bane)

Mechanical properties of Fluids mechanics Part 31 (Surface energy)

Mechanical properties of Fluids mechanics Part 32 (Surface tension)

Mechanical properties of Fluids Part 33 (Application of Surface tension)

Mechanical properties of Fluids mechanics Part 34 (Angle of Contact)

Mechanical properties of Fluids mechanics Part 35 (Drop bubble cavity)

Thermal Properties of Matter

Thermal Properties Part 1 (Introduction)

Thermal Properties Part 2 (Heat)

Thermal Properties Part 3 (Measure temperature celsius fahrenheit)

Thermal Properties Part 4 (Gas Thermometerideal gas absolute zero)

Thermal Properties Part 5 (Thermal Expansion)

Thermal Properties Part 6 (Linear Expansion)

Thermal Properties Part 7 (Volume Area Expansion)

Thermal Properties Part 8 (Behaviour of water Expansion)

Thermal Properties Part 9 (Relation between av al)

Thermal Properties Part 10 (Thermal Stress )

Thermal Properties Part 11 (Examples)

Thermal Properties Part 12 (Examples)

Thermal Properties Part 13 (Specific heat capacity)

Thermal Properties Part 14 (Calorimetry)

Thermal Properties Part 15 (Examples Calorimetry)

Thermal Properties Part 16 (Change of State)

Thermal Properties Part 17 (Latent Heat)

Thermal Properties Part 18 (Example latent Heat)

Thermal Properties Part 19 (Heat Transfer)

Thermal Properties Part 20 (conduction)

Thermal Properties Part 21 (Convection)

Thermal Properties Part 22 (Radiation)

Thermal Properties Part 23 (Did you know)

Thermodynamics

Thermodynamics Part 1 (Introduction)

Thermodynamics Part 2 (Thermodynamics Equilibrium )

Thermodynamics Part 3 (Thermal Equilibrium)

Thermodynamics Part 4 (Zeroth law of Thermodynamics)

Thermodynamics Part 5 (State variables types)

Thermodynamics Part 6 (Equation of State)

Thermodynamics Part 7 (Internal Energy)

Thermodynamics Part 8 (First law of Thermodynamics)

Thermodynamics Part 9 (Specific Heat Capacity)

Thermodynamics Part 10 (Quasi State process )

Thermodynamics Part 11 (Isothermal Process)

Thermodynamics Part 12 (Adiabatic Process)

Thermodynamics Part 13 (Isochoric Isobaric Cyclic process)

Thermodynamics Part 14 (Heat Engine)

Thermodynamics Part 15 (Refrigerator)

Thermodynamics Part 16 (Second law of Thermodynamics)

Thermodynamics Part 17 (Reversible and irreversible Process)

Thermodynamics Part 18 (Carnot Engine)

Thermodynamics Part 19 (Carnot Cycle)

Thermodynamics Part 20 (Example)

Thermodynamics Part 21 (Example)

Kinetic Theory

Kinetic Theory Part 1 (Introduction)

Kinetic Theory Part 2 (Molecular Nature of Matter)

Kinetic Theory Part 3 (Dalton Atomic Theory)

Kinetic Theory Part 4 (Molecular Structure)

Kinetic Theory Part 5 (Behaviour Of gas)

Kinetic Theory Part 6 (Avogardo Hypothesis)

Kinetic Theory Part 7 (Perfect gas Equation)

Kinetic Theory Part 8 (Real and ideal gas)

Kinetic Theory Part 9 (Boyles and Charles law)

Kinetic Theory Part 10 (Daltons Law of Partial pressure )

Kinetic Theory Part 11 (Examples)

Kinetic Theory Part 12 (Examples)

Kinetic Theory Part 13 (Kinetic Theory of Ideal gas)

Kinetic Theory Part 14 (Pressure of Ideal gas - Kinetic Theory)

Kinetic Theory Part 15 (Kinetic Theory-Justifying assumptions)

Kinetic Theory Part 16 (Kinetic Interpretation of Temperature)

Kinetic Theory Part 17 (Kinetic Theory consistent with Ideal gas Equation)

Kinetic Theory Part 18 (Example)

Kinetic Theory Part 19 (Intro Law of EquiPartition of Energy)

Kinetic Theory Part 20 (Translation degree of Freedom)

Kinetic Theory Part 21 (Rotation degree of Freedom)

Kinetic Theory Part 22 (Vibrational degree of Freedom)

Kinetic Theory Part 23 (Law of EquiPartition of Energy)

Kinetic Theory Part 24 (Specific Heat Capacity Mono atomic gas)

Kinetic Theory Part 25 (Specific Heat Capacity dia-atomic gas)

Kinetic Theory Part 26 (Specific Heat Capacity Polyatomic gas)

Kinetic Theory Part 27 (Specific Heat Capacity Solid)

Kinetic Theory Part 28 (Specific Heat Capacity Water)

Kinetic Theory Part 29 (Mean free path)

Kinetic Theory Part 30 (Examples)

Oscillations

Oscillations Part 1 (Introduction)

Oscillations Part 2 (Period and Frequency)

Oscillations Part 3 (Displacement)

Oscillations Part 4 (Displacement as function of Sin and cos)

Oscillations Part 5 (Simple harmonic Motion)

Oscillations Part 6 (Simple harmonic Motion Displacement Time Graph)

Oscillations Part 7 (Amplitude )

Oscillations Part 8 (Angular Frequency)

Oscillations Part 9 (SHM problems)

Oscillations Part 10 (Simple harmonic Motion Uniform Circular Motion )

Oscillations Part 11 (SHM uniform circular motion Mathematically)

Oscillations Part 12 (Velocity in Simple harmonic Motion)

Oscillations Part 13 (Accelaration in Simple harmonic Motion)

Oscillations Part 14 (Problems SHM)

Oscillations Part 15 (Force law in Simple harmonic Motion)

Oscillations Part 16 (Energy in Simple harmonic Motion)

Oscillations Part 17 (Kinetic Energy in Simple harmonic Motion)

Oscillations Part 18 (Potential Energy ih Simple harmonic Motion)

Oscillations Part 19 (Total Energy in Simple harmonic Motion)

Oscillations Part 20 (Problems: Energy in SHM)

Oscillations Part 21 (Simple harmonic Motion : Pendulum)

Oscillations Part 22 (Problems: Simple pendulum)

Oscillations Part 23 (Simple harmonic Motion : Spring Oscillations)

Oscillations Part 24 (Damped Simple harmonic Motion)

Waves

Waves Part 1 (Introduction)

Waves Part 2 (Types of Waves)

Waves Part 3 (Transverse Waves)

Waves Part 4 (Longitudional Waves)

Waves Part 5 (Travelling Waves)

Waves Part 6 (Amplitude of Waves)

Waves Part 7 (Phase of Waves - Part 1)

Waves Part 8 (Phase of Waves - Part 2)

Waves Part 9 (Wavelength of waves)

Waves Part 10 (Displacement of travelling waves)

Waves Part 11 (Expression : wave number angular frequency initial phase)

Waves Part 12 (Speed of Travelling waves)

Waves Part 13 (Speed of transverse longitudional waves)

Waves Part 14 (Poblems Waves Examples)

Waves Part 15 (Poblems Waves Example)

Waves Part 16 (Superimposition of waves)

Waves Part 17 (Reflection of waves : Rigid open boundary)

Waves Part 18 (Standing stationary waves)

Waves Part 19 (Nodes Antinodes of standing stationary waves)

Waves Part 20 (Nodes Antinodes : Closed at both ends)

Waves Part 21 (Nodes Antinodes : Closed at one end)

Waves Part 22 (Exaples Problems Node Antindes)

Waves Part 23 (Beat)

Waves Part 24 (Doppler effect)

Video Lecture Download

NCERT Solutions for Class 11 Physics

NCERT Exemplar Problems class 11 Physics