Essential Mathematics For Physics - Trigonometric Functions (Session 1)
Essential Mathematics For Physics - Graphical Form Of Trigonometric Functions (Session 1)
Essential Mathematics For Physics - Trigonometric Functions In Different Quadrants (Session 1)
Essential Mathematics For Physics - Definition Of Functions (Session 2)
Essential Mathematics For Physics - Rate Of Change And Average Rate (Session 2)
Essential Mathematics For Physics - Instantaneous Rate Of Change (Session 2)
Essential Mathematics For Physics - Standard Functions With Rules And Examples (Session 2)
Essential Mathematics For Physics - Examples For Introduction Of Integration (Session 3)
Essential Mathematics For Physics - Integration Concept (Session 3)
Essential Mathematics For Physics - Example (Session 3)
Essential Mathematics For Physics - Finding The Volume Of Cone Using Integration (Session 3)
Essential Mathematics For Physics - Finding The Surface Area Of Sphere Using Integration (Session 3)
Vectors - Introduction To Vectors (Session 1 & 2)
Vectors - Vector Definition And Types Of Vectors (Session 1 & 2)
Vectors - Triangular And Parallelogram Methods Of Vector Addition (Session 1 & 2)
Vectors - Examples (Session 1 & 2)
Vectors - Polygon Law Of Vector Addition (Session 3 & 4)
Vectors - Subtraction Of Vectors (Session 3 & 4)
Vectors - Properties Of Vector Addition And Subtraction (Session 3 & 4)
Vectors - Multiplication Of A Scalar With Vector (Session 3 & 4)
Vectors - Components Of A Vector In A Given Direction (Session 3 & 4)
Vectors - Rectangular Components Of A Vector (Session 3 & 4)
Vectors - Components Of A Vector In 3 Dimensions(X Y Z) (Session 3 & 4)
Vectors - Some Important Points (Session 3 & 4)
Vectors - Class Exercise (Session 3 & 4)
Vectors - Multiplication Of Vectors (Session 5 & 6)
Vectors - Scalar Product Or Dot Product And Angle Between Two Vectors (Session 5 & 6)
Vectors - Vector Product Or Cross Product (Session 5 & 6)
Vectors - Scalar Triple Product (Session 5 & 6)
Vectors - Class Exercise (Session 5 & 6)
Kinematics - Introduction (Session 1 & 2)
Kinematics - Distance And Displacement (Session 1 & 2)
Kinematics - Speed And Velocity (Session 1 & 2)
Kinematics - Average Speed (Session 1 & 2)
Kinematics - Instantaneous Speed, Instantaneous Velocity And Average Velocity (Session 1 & 2)
Kinematics - Acceleration (Session 3 4 & 5)
Kinematics - Equations Of Motion (Session 3 4 & 5)
Kinematics - Problems I (Session 3 4 & 5)
Kinematics - Problems II (Session 3 4 & 5)
Kinematics - Motion With Variable Acceleration (Session 6)
Kinematics - Class Exercise-I (Session 6)
Kinematics - Class Exercise-II (Session 6)
Kinematics - Slope Variation Of Tangent Graph (Session 7 8 & 9)
Kinematics - Velocity And Displacement Time Graphs (Session 7 8 & 9)
Kinematics - Problem I (Session 7 8 & 9)
Kinematics - Problem II (Session 7 8 & 9)
Kinematics - Motion Of A Body Under Gravity (Session 10 11 & 12)
Kinematics - Motion Of An Object Projected Up And Dropped Down (Session 10 11 & 12)
Kinematics - Problems (Session 10 11 & 12)
Kinematics - Class Exercise-I (Session 10 11 & 12)
Kinematics - Class Exercise-II (Session 10 11 & 12)
Kinematics - Projectile Motion In Two Dimesion (Session 13 14 & 15)
Kinematics - Time Of Flight (Session 13 14 & 15)
Kinematics - Range Of Projectile (Session 13 14 & 15)
Kinematics - Maximum Hight Of Projectile (Session 13 14 & 15)
Kinematics - Equation Of Trajectory (Session 13 14 & 15)
Kinematics - Velocity Of Body At An Instant Of Time (Session 13 14 & 15)
Kinematics - Problems I (Session 13 14 & 15)
Kinematics - Problems II (Session 13 14 & 15)
Kinematics - Projectile Motion In An Inclined Plane (Session 16 & 17)
Kinematics - Horizontal Projectile And Time Of Ascent (Session 16 & 17)
Kinematics - Time Of Descent And Range (Session 16 & 17)
Kinematics - Relative Motion And Relative Velocity (Session 18 & 19)
Kinematics - Relative Motion Problems And Velocity Of Approach (Session 18 & 19)
Kinematics - Relative Motion In Two Dimensions (Session 18 & 19)
Kinematics - Relative Motion In River Flow With Different Cases (Session 18 & 19)
Kinematics - Problems On Rain, Shortest Distance And Relative Velocity (Session 20)
Kinematics - Condition To Collide Or To Reach At The Same Point (Session 20)
Kinematics - Relative Motion In Lift (Session 20)
Kinematics - Motion Of A Train On Equator (Session 20)
Kinematics - Class Exercise (Session 20)
Newtons Law of Motion - Newtons First Law Of Motion (Session 1)
Newtons Law of Motion - Law Of Inertia (Session 1)
Newtons Law of Motion - Concept Of Force (Session 1)
Newtons Law of Motion - Linear Momentum (Session 1)
Newtons Law of Motion - Newtons Second Law Of Motion (Session 1)
Newtons Law of Motion - Unit Of Force (Session 1)
Newtons Law of Motion - Newtons Third Law Of Motion (Session 1)
Newtons Law of Motion - Class Exercise (Session 1)
Newtons Law of Motion - Impulse (Session 2)
Newtons Law of Motion - Force-Time Graph (Session 2)
Newtons Law of Motion - Examples (Session 2)
Newtons Law of Motion - Class Exercise (Session 2)
Newtons Law of Motion - Free Body Diagram (Session 3)
Newtons Law of Motion - Forces Acting On A Free Body (Session 3)
Newtons Law of Motion - Examples (Session 3)
Newtons Law of Motion - Equilibrium (Session 3)
Newtons Law of Motion - Motion Of A Block On A Horizontal Smooth Surface (Session 3)
Newtons Law of Motion - Class Exercise (Session 3)
Newtons Law of Motion - Tension In The String When Two Bodies System (Session 4)
Newtons Law of Motion - Tension In The String When Three Bodies System (Session 4)
Newtons Law of Motion - Motion Of A Bodies In Contact (Session 4)
Newtons Law of Motion - Important Points For Motion Of Connected Bodies (Session 4)
Newtons Law of Motion - Class Exercise (Session 4)
Newtons Law of Motion - Motion Of Two Bodies Connected By A String Case1-3 (Session 5)
Newtons Law of Motion - Motion Of Two Bodies Connected By A String Case4-6 (Session 5)
Newtons Law of Motion - Class Exercise (Session 5)
Newtons Law of Motion - Constraints Relation (Session 6)
Newtons Law of Motion - Example Problems-I (Session 6)
Newtons Law of Motion - Example Problems-II (Session 6)
Newtons Law of Motion - Systems Of Variable Mass, Rocket Propulsion (Session 6)
Newtons Law of Motion - Velocity Of Rocket In Presence And Absence Of Gravity (Session 6)
Newtons Law of Motion - Class Exercise (Session 6)
Newtons Law of Motion - Inertial Frame Of Reference (Session 7)
Newtons Law of Motion - Properties Of Inertial Frames (Session 7)
Newtons Law of Motion - Elevator Moving Up With Constant Acceleration (Session 7)
Newtons Law of Motion - Weight Of A Body In A Lift (Session 7)
Newtons Law of Motion - Tension Of A Mass Strung In A Moving Body (Session 7)
Newtons Law of Motion - Class Exercise (Session 7)
Newtons Law of Motion - Wedge Constraints-1 (Session 8)
Newtons Law of Motion - Wedge Constraints-2 (Session 8)
Newtons Law of Motion - Class Exercise (Session 8)
Newtons Law of Motion - Miscellaneous Problems-I (Session 9)
Newtons Law of Motion - Miscellaneous Problems-II (Session 9)
Newtons Law of Motion - Miscellaneous Problems-III (Session 9)
Circular Motion - Circular Motion (Session 1)
Circular Motion - Variables Of Circular Motion-Displacement And Distance (Session 1)
Circular Motion - Variables Of Circular Motion-Angular Displacement (Session 1)
Circular Motion - Variables Of Circular Motion-Angular Velocity (Session 1)
Circular Motion - Right Hand Thumb Rule For Omega (Session 1)
Circular Motion - Variables Of Circular Motion-Change In Velocity (Session 1)
Circular Motion - Variables Of Circular Motion-Time Period And Frequency (Session 1)
Circular Motion - Important Points (Session 1)
Circular Motion - Variables Of Circular Motion-Angular Acceleration (Session 1)
Circular Motion - Right Hand Thumb Rule For Alpha (Session 1)
Circular Motion - Illustrations (Session 1)
Circular Motion - Class Exercise (Session 1)
Circular Motion - Equations Of Motion For A Body (Session 2)
Circular Motion - Linear Kinematics For Circular Motion (Session 2)
Circular Motion - Uniform And Non-Uniform Circular Motion (Session 2)
Circular Motion - Centripetal Acceleration (Session 2)
Circular Motion - Illustrations (Session 2)
Circular Motion - Class Exercise (Session 2)
Circular Motion - Centripetal Force (Session 3)
Circular Motion - Centripetal Force In Different Situation (Session 3)
Circular Motion - Work Done By Centripetal Force (Session 3)
Circular Motion - Centrifugal Force (Session 3)
Circular Motion - Class Exercise (Session 3)
Circular Motion - Skidding Of Vehicles On A Level Road (Session 4)
Circular Motion - Skidding Of Object On A Rotating Platform (Session 4)
Circular Motion - Bending Of A Cyclist (Session 4)
Circular Motion - Banking Of A Road (Session 4)
Circular Motion - Class Exercise (Session 4)
Circular Motion - Applications Of Horizontal Circular Motion-Overturning Of Vehicles (Session 5)
Circular Motion - Motion Of Charged Particle In Magnetic Field (Session 5)
Circular Motion - Reaction Of Road On Car (Session 5)
Circular Motion - Rotor (Session 5)
Circular Motion - Death Well (Session 5)
Circular Motion - Class Exercise (Session 5)
Circular Motion - Non-Uniform Circular Motion (Session 6)
Circular Motion - Tangential And Centripetal Acceleration (Session 6)
Circular Motion - Force (Session 6)
Circular Motion - Power (Session 6)
Circular Motion - Illustrations (Session 6)
Circular Motion - Class Exercise (Session 6)
Circular Motion - Motion In Verticle Circle (Session 7)
Circular Motion - Velocity At Any Point On Vertical Loop (Session 7)
Circular Motion - Tension At Any Point On Vertical Loop (Session 7)
Circular Motion - Velocity And Tension In A Vertical Loop (Session 7)
Circular Motion - Condition Of Looping The Loop (Session 7)
Circular Motion - Condition Of Leaving The Circle (Session 7)
Circular Motion - Condition Of Oscillation (Session 7)
Circular Motion - Various Conditions For Vertical Motion (Session 7)
Circular Motion - Different Variables In Vertical Loop (Session 7)
Circular Motion - Illustrations (Session 7)
Circular Motion - Class Exercise (Session 7)
Circular Motion - Motion Of A Block On A Friction Less Hemisphere (Session 8)
Circular Motion - Conical Pendulum (Session 8)
Circular Motion - Illustrations (Session 8)
Circular Motion - Class Exercise-I (Session 8)
Circular Motion - Class Exercise-II (Session 8)
Friction - Introduction Of Friction (Session 1)
Friction - Reasons For Friction (Session 1)
Friction - Advantages And Disadvantages Of Friction (Session 1)
Friction - Examples For Friction Is A Cause Of Motion (Session 1)
Friction - Static Friction (Session 1)
Friction - Laws Of Static Friction (Session 1)
Friction - Class Exercise (Session 1)
Friction - Kinetic Friction (Session 2)
Friction - Laws Of Kinetic Friction (Session 2)
Friction - Rolling Friction (Session 2)
Friction - Class Exercise (Session 2)
Friction - Angle Of Friction (Session 3)
Friction - Applications (Session 3)
Friction - Class Exercise (Session 3)
Friction - A Body Is Easy To Pull Then Push (Session 4)
Friction - Driving Force Is Inclined Upwards At An Angle To The Horizontal (Session 4)
Friction - Driving Force Is Inclined Downwards At An Angle To The Horizontal (Session 4)
Friction - Class Exercise (Session 4)
Friction - Applications Of Frictional Forces (Session 5)
Friction - Class Exercise (Session 5)
Friction - Angle Of Response (Session 6)
Friction - Motion On A Inclined Plane (Session 6)
Friction - Minimum Force Required To Slide (Session 6)
Friction - Class Exercise (Session 6)
Friction - Two Bodies 1 (Session 7 & 8)
Friction - Two Bodies 2 (Session 7 & 8)
Friction - Class Exercise (Session 7 & 8)
Friction - Three Bodies 1 (Session 7 & 8)
Friction - Three Bodies 2 (Session 7 & 8)
Work, Power And Energy - Work Done (Session 1)
Work, Power And Energy - Work Done By A Constant Force (Session 1)
Work, Power And Energy - Zero Work (Session 1)
Work, Power And Energy - Positive Work (Session 1)
Work, Power And Energy - Negative Work (Session 1)
Work, Power And Energy - Dimension And Units Of Work (Session 1)
Work, Power And Energy - Illustration (Session 1)
Work, Power And Energy - Class Exercise (Session 1)
Work, Power And Energy - Work Done By A Variable Force (Session 2)
Work, Power And Energy - Illustrations (Session 2)
Work, Power And Energy - Work By A Spring (Session 2)
Work, Power And Energy - Work Done Calculation By Force Displacement Graph (Session 2)
Work, Power And Energy - Class Exercise (Session 2)
Work, Power And Energy - Work Done In Conservative And Non-Conservative Field (Session 3)
Work, Power And Energy - Conservative Force (Session 3)
Work, Power And Energy - Non-Conservative Force (Session 3)
Work, Power And Energy - Work Depends On Frame Of Reference (Session 3)
Work, Power And Energy - Energy (Session 3)
Work, Power And Energy - Mass Energy Equivalence (Session 3)
Work, Power And Energy - Examples For Various Forms Of Energy (Session 3)
Work, Power And Energy - Examples (Session 3)
Work, Power And Energy - Class Exercise (Session 3)
Work, Power And Energy - Kinetic Energy (Session 4)
Work, Power And Energy - Expression For Kinetic Energy (Session 4)
Work, Power And Energy - Kinetic Energy Depends On Frame Of Reference (Session 4)
Work, Power And Energy - Momentum And Kinetic Energy (Session 4)
Work, Power And Energy - Illustrations (Session 4)
Work, Power And Energy - Examples (Session 4)
Work, Power And Energy - Class Exercise (Session 4)
Work, Power And Energy - Work Energy Theorem (Session 5)
Work, Power And Energy - Work Energy Theorem For Variable Force (Session 5)
Work, Power And Energy - Work Energy Theorem And Frame Of Reference (Session 5)
Work, Power And Energy - Relation Of Kinetic Energy With Linear Momentum (Session 5)
Work, Power And Energy - Various Graphs Of Kinetic Energy (Session 5)
Work, Power And Energy - Stopping Of Vehicle By Retarding Force (Session 5)
Work, Power And Energy - Illustrations (Session 5)
Work, Power And Energy - Class Exercise (Session 5)
Work, Power And Energy - Potential Energy (Session 6)
Work, Power And Energy - Change In Potential Energy (Session 6)
Work, Power And Energy - Three Dimensional Formula For Potential Energy (Session 6)
Work, Power And Energy - Elastic Potential Energy (Session 6)
Work, Power And Energy - Gravitational Potential Energy (Session 6)
Work, Power And Energy - Energy Height Graph (Session 6)
Work, Power And Energy - Electrical Potential Energy (Session 6)
Work, Power And Energy - Mechanical Energy (Session 6)
Work, Power And Energy - Conservation Of Mechanical Energy (Session 6)
Work, Power And Energy - Illustrations (Session 6)
Work, Power And Energy - Class Exercise (Session 6)
Work, Power And Energy - Energy Graph For A Spring (Session 7)
Work, Power And Energy - Potential Energy Curve (Session 7)
Work, Power And Energy - Nature Of Force (Session 7)
Work, Power And Energy - General Study Of Potential Energy Curve (Session 7)
Work, Power And Energy - Nature Of Equilibrium (Session 7)
Work, Power And Energy - Types Of Equilibrium (Session 7)
Work, Power And Energy - Illustrations (Session 7)
Work, Power And Energy - Work Done On A System By An External Force (Session 7)
Work, Power And Energy - Class Exercise (Session 7)
Work, Power And Energy - Work Done In Pulling The Chain Against Gravity (Session 8)
Work, Power And Energy - Velocity Of Chain While Leaving The Table (Session 8)
Work, Power And Energy - Law Of Conservative Of Energy (Session 8)
Work, Power And Energy - Illustrations (Session 8)
Work, Power And Energy - Class Exercise (Session 8)
Work, Power And Energy - Power (Session 9)
Work, Power And Energy - Important Points (Session 9)
Work, Power And Energy - Velocity And Position Of An Automobile w.r.t Time (Session 9)
Work, Power And Energy - Illustrations (Session 9)
Work, Power And Energy - Class Exercise (Session 9)
Collision - Collision (Session 1 & 2)
Collision - Elastic Collision And Inelastic Collision (Session 1 & 2)
Collision - Head On Collision And Oblique Collision (Session 1 & 2)
Collision - Coefficient Of Restitution (Session 1 & 2)
Collision - Head On Elastic Collision (Session 1 & 2)
Collision - Special Cases (Session 1 & 2)
Collision - Transfer Of Velocity And Momentum In A Head On Elastic Collision (Session 1 & 2)
Collision - Transfer Of Kinetic Energy In A Head On Elastic Collision (Session 1 & 2)
Collision - Maximum Transfer In A Head On Elastic Collision (Session 1 & 2)
Collision - Examples (Session 1 & 2)
Collision - Class Exercise (Session 1 & 2)
Collision - Head On Inelastic Collision (Session 3)
Collision - Special Cases (Session 3)
Collision - Loss In Kinetic Energy For Perfectly Inelastic Collision (Session 3)
Collision - Example-1 (Session 3)
Collision - Ballistic Pendulum (Session 3)
Collision - Examples (Session 3)
Collision - Class Exercise (Session 3)
Collision - Falling Of Body From A height H (Session 4)
Collision - Total Time Taken (Session 4)
Collision - Collision - Total Distance Covered (Session 4)
Collision - Projectile (Session 4)
Collision - Total Time Of Flight Of Projectile (Session 4)
Collision - Total Range Of Projectile (Session 4)
Collision - Class Exercise (Session 4)
Collision - Line Of Impact (Session 5)
Collision - Oblique Collision (Session 5)
Collision - Illustrations (Session 5)
Collision - Class Exercise (Session 5)
Centre of Mass - Introduction Of Centre Of Mass (Session 1)
Centre of Mass - Position Of Centre Of Mass (Session 1)
Centre of Mass - Three Dimentional Distribution Of Mass In Space (Session 1)
Centre of Mass - Class Exercise (Session 1)
Centre of Mass - Centre Of Mass Having Continuous Distribution Of Mass (Session 2)
Centre of Mass - Examples (Session 2)
Centre of Mass - Special Cases Of Centre Of Mass (Session 2)
Centre of Mass - Class Exercise (Session 2)
Centre of Mass - Applications Of Centre Of Mass (Session 3)
Centre of Mass - Problems (Session 3)
Centre of Mass - Class Exercise (Session 3)
Centre of Mass - Centre Of Gravity (Session 4 & 5)
Centre of Mass - Motion Of The Centre Of Mass (Session 4 & 5)
Centre of Mass - Example On Motion Of The Centre Of Mass (Session 4 & 5)
Centre of Mass - Linear Momentum (Session 4 & 5)
Centre of Mass - Impulse And Momentum (Session 4 & 5)
Centre of Mass - Law Of Conservation Of Linear Momentum (Session 4 & 5)
Centre of Mass - Examples (Session 4 & 5)
Centre of Mass - Class Exercise (Session 4 & 5)
Centre of Mass - Examples-I (Session 6)
Centre of Mass - Examples-II (Session 6)
Rotational Motion - Rigid Body (Session 1)
Rotational Motion - Types Of Motion Of Rigid Bodies (Session 1)
Rotational Motion - Pure And Curvilinear Translation Motion (Session 1)
Rotational Motion - Pure Rotational Motion (Session 1)
Rotational Motion - Combined Rotational And Translation Motion (Session 1)
Rotational Motion - Rotational Kinematics (Session 1)
Rotational Motion - Rotation With Constant Angular Acceleration (Session 1)
Rotational Motion - Illustrations (Session 1)
Rotational Motion - Class Exercise (Session 1)
Rotational Motion - Kinetic Energy Of Rotation And Rotational Inertia (Session 2)
Rotational Motion - Radius Of Gyration (Session 2)
Rotational Motion - Illustration 1 (Session 2)
Rotational Motion - Illustration 2 (Session 2)
Rotational Motion - Class Exercise (Session 2)
Rotational Motion - Parallel And Perpendicular Axis Theorems (Session 3)
Rotational Motion - Moment Of Inertia Of Some Common Rigid Bodies 1 (Session 3)
Rotational Motion - Moment Of Inertia Of Some Common Rigid Bodies 2 (Session 3)
Rotational Motion - Illustrations (Session 3)
Rotational Motion - Class Exercise (Session 3)
Rotational Motion - Moment Of Inertia Of A Thin Ring (Session 4)
Rotational Motion - Moment Of Inertia Of A Thin Disc (Session 4)
Rotational Motion - Illustrations 1 (Session 4)
Rotational Motion - Illustrations 2 (Session 4)
Rotational Motion - Class Exercise (Session 4)
Rotational Motion - Moment Of Inertia Of A Hollow Cylinder (Session 5)
Rotational Motion - Moment Of Inertia Of A Uniform Solid Cylinder (Session 5)
Rotational Motion - Moment Of Inertia Of A Uniform Hollow Sphere Or Spherical Shell (Session 5)
Rotational Motion - Moment Of Inertia Of A Uniform Solid Sphere (Session 5)
Rotational Motion - Moment Of Inertia Of A Uniform Solid Cone (Session 5)
Rotational Motion - Illustrations (Session 5)
Rotational Motion - Class Exercise (Session 5)
Rotational Motion - Torque (Moment Of A Force) (Session 6)
Rotational Motion - Calculation Of Moment Of Force (Session 6)
Rotational Motion - Torque About An Axis (Session 6)
Rotational Motion - Torque About An Axis For A Rigid Body (Session 6)
Rotational Motion - Condition For A Body To Be In Equilibrium (Session 6)
Rotational Motion - Illustrations (Session 6)
Rotational Motion - Class Exercise (Session 6)
Rotational Motion - Angular Momentum (Session 7)
Rotational Motion - Illustrations-I (Session 7)
Rotational Motion - Angular Momentum Of A Particle Describing Circular Motion (Session 7)
Rotational Motion - Angular Momentum Of A Rigid Body In A Fixed Axis Rotation (Session 7)
Rotational Motion - Angular Momentum Of A Body Describing General Plane Motion (Session 7)
Rotational Motion - Illustrations-II (Session 7)
Rotational Motion - Class Exercise (Session 7)
Rotational Motion - Torque And Angular Momentum For A System Of Particle (Session 8)
Rotational Motion - Torque And Angular Momentum For A Rigid Body (Session 8)
Rotational Motion - Law Of Conservation Of Angular Momentum (Session 8)
Rotational Motion - Rotational Work And Energy (Session 8)
Rotational Motion - Work Energy Theorem (Session 8)
Rotational Motion - Conservation Of Mechanical Energy (Session 8)
Rotational Motion - Rotational Power (Session 8)
Rotational Motion - Illustrations (Session 8)
Rotational Motion - Class Exercise (Session 8)
Rotational Motion - Newtons Second Law (Session 9)
Rotational Motion - Analogy Between Rotational Dynamics And Linear Dynamics (Session 9)
Rotational Motion - Illustrations (Session 9)
Rotational Motion - Class Exercise (Session 9)
Rotational Motion - Angular Impulse (Session 10)
Rotational Motion - Collision And Conservation Of Angular Momentum (Session 10)
Rotational Motion - Illustrations (Session 10)
Rotational Motion - Class Exercise (Session 10)
Rotational Motion - Instantaneous Axis Of Rotation In Plane Motion (Session 11)
Rotational Motion - Instantaneous Axis Of Rotation Of Rigid Body (Session 11)
Rotational Motion - Position Of Instantaneous Centre Of Rotation (Session 11)
Rotational Motion - Illustrations (Session 11)
Rotational Motion - Class Exercise (Session 11)
Rotational Motion - Rolling Motion (Sesssion 12 & 13)
Rotational Motion - Acceleration Of A Pint On The Rolling Wheel (Sesssion 12 & 13)
Rotational Motion - Friction In Rolling (Sesssion 12 & 13)
Rotational Motion - Illustrations (Sesssion 12 & 13)
Rotational Motion - Class Exercise (Sesssion 12 & 13)
Rotational Motion - Body Rolling On A Horizontal Surface (Session 14 & 15)
Rotational Motion - Illustration Part 1 (Session 14 & 15)
Rotational Motion - Illustration Part 2 (Session 14 & 15)
Rotational Motion - Rolling Of A Body On An Inclined Plane Without Slipping (Session 14 & 15)
Rotational Motion - Class Exercise (Session 14 & 15)
Rotational Motion - Toppling (Session 16 & 17)
Rotational Motion - Illustrations Part I (Session 16 & 17)
Rotational Motion - Illustrations Part II (Session 16 & 17)
Rotational Motion - Illustrations Part III (Session 16 & 17)
Gravitation - Introduction (Session 1)
Gravitation - Universal Law Of Gravitation (Session 1)
Gravitation - Dimensional Formula Of G (Session 1)
Gravitation - Newtons Law Of Gravitation In Vector Form (Session 1)
Gravitation - Important Characteristics Of Gravitational Force (Session 1)
Gravitation - Class Exercise (Session 1)
Gravitation - Gravitational Field (Session 2)
Gravitation - Gravitational Potential (Session 2)
Gravitation - Relation Between Gravitational Field And Potential (Session 2)
Gravitation - Class Exercise (Session 2)
Gravitation - Gravitational Potential And Field For Ring (Session 3)
Gravitation - Gravitational Potential And Field For A Linear Mass Of Finite Length On Its Axis (Session 3)
Gravitation - Gravitational Potential And Field For An Infinite Uniform Linear Mass Distribution (Session 3)
Gravitation - Gravitational Potential And Field For Uniform Solid Sphere (Session 3)
Gravitation - Gravitational Potential And Field For Uniform Thin Spherical Shell (Session 3)
Gravitation - Class Exercise (Session 3)
Gravitation - Special Cases (Session 4)
Gravitation - Gravitational Self Energy (Session 4)
Gravitation - Class Exercise (Session 4)
Gravitation - Acceleration Due To Gravity (Session 5)
Gravitation - Variation Of Acceleration Due To Gravity (Session 5)
Gravitation - Escape Speed (Session 5)
Gravitation - Class Exercise (Session 5)
Gravitation - Motion Of Satellites And Kepler Laws (Session 6 & 7)
Gravitation - Satellite Speed Or Orbital Speed (Session 6 & 7)
Gravitation - Geo Stationary Satellites Or Geo Synchronous Satellites (Session 6 & 7)
Gravitation - Launching Of An Artificial Satellite Around The Earth (Session 6 & 7)
Gravitation - Class Exercise (Session 6 & 7)
Properties of Matters - Solids (Session 1)
Properties of Matters - Deforming Force (Session 1)
Properties of Matters - Cause Of Elasticity (Session 1)
Properties of Matters - Stress (Session 1)
Properties of Matters - Strain (Session 1)
Properties of Matters - Class Exercise (Session 1)
Properties of Matters - Hookes Law And Modulus Of Elasticity (Session 2)
Properties of Matters - Types Of Modulus Of Elasticity (Session 2)
Properties of Matters - Youngs Modulus Of Elasticity (Session 2)
Properties of Matters - Elongation Of Rod Under Its Self Weight (Session 2)
Properties of Matters - Bulk Modulus (Session 2)
Properties of Matters - Modulus Of Rigidity (Session 2)
Properties of Matters - Class Exercise-1 (Session 2)
Properties of Matters - Class Exercise-2 (Session 2)
Properties of Matters - Class Exercise-3 (Session 2)
Properties of Matters - Class Exercise-4 (Session 2)
Properties of Matters - Class Exercise-5 (Session 2)
Properties of Matters - Class Exercise-6 (Session 2)
Properties of Matters - Poissons Ratio (Session 3 & 4)
Properties of Matters - Relations Amongst Various Elastic Constants (Session 3 & 4)
Properties of Matters - Variation Of Strain With Stress (Session 3 & 4)
Properties of Matters - Elastic After Effect (Session 3 & 4)
Properties of Matters - Elastic Fatigue (Session 3 & 4)
Properties of Matters - Analogy Of Rod As A Spring (Session 3 & 4)
Properties of Matters - Elastic Potential Energy Stored In A Stretched Wire Or In A Rod (Session 3 & 4)
Properties of Matters - Thermal Stress (Session 3 & 4)
Properties of Matters - Inter Atomic Force Constant (Session 3 & 4)
Properties of Matters - Class Exercise (Session 3 & 4)
Properties of Matters - Viscosity (Session 5 & 6)
Properties of Matters - Viscosity In Action-Examples (Session 5 & 6)
Properties of Matters - Flow Of Liquid In A Tube Critical Velocity (Session 5 & 6)
Properties of Matters - Similarities And Differences Between Viscosity And Solid Friction (Session 5 & 6)
Properties of Matters - Some Applications Of Viscosity (Session 5 & 6)
Properties of Matters - Stokes Law (Session 5 & 6)
Properties of Matters - Effect Of Temperature On The Viscosity (Session 5 & 6)
Properties of Matters - Terminal Velocity (Session 5 & 6)
Properties of Matters - Applications Of Stokes Formula (Session 5 & 6)
Properties of Matters - Class Exercise (Session 5 & 6)
Fluids - Definition Of Fluid (Session 1)
Fluids - Density Of Fluid (Session 1)
Fluids - Relative Density (Session 1)
Fluids - Pressure In A Fluid (Session 1)
Fluids - Atmospheric And Guage Pressure (Session 1)
Fluids - Variation Of Pressure (Session 1)
Fluids - Variation Of Pressure With Height (Session 1)
Fluids - Hydrostatic Paradox (Session 1)
Fluids - Pascals Law (Session 1)
Fluids - Hydraulic Lift (Session 1)
Fluids - Illustrations (Session 1)
Fluids - Class Exercise (Session 1)
Fluids - Measurement Of Atmospheric Pressure (Session 2 & 3)
Fluids - Buoyant Force And Buoyancy (Session 2 & 3)
Fluids - Pressure In Case Of Accelerating Fluid (Session 2 & 3)
Fluids - Illustration (Session 2 & 3)
Fluids - Class Exercise (Session 2 & 3)
Fluids - Study About Streamline Flow (Session 4 & 5)
Fluids - Derivation Of Bernoullis Theorem (Session 4 & 5)
Fluids - Illustration (Session 4 & 5)
Fluids - Class Exercise (Session 4 & 5)
Fluids - The Force Of Cohesion (Session 6)
Fluids - Force Of Adhesion (Session 6)
Fluids - Surface Tension (Session 6)
Fluids - Explanation Of Some Observed Phenomena (Session 6)
Fluids - Surface Energy (Session 6)
Fluids - Relation Between Surface Tension And Surface Energy (Session 6)
Fluids - Illustrations (Session 6)
Fluids - Class Exercise (Session 6)
Fluids - Angle Of Contact (Session 7 & 8)
Fluids - Shape Of Liquid Meniscus (Session 7 & 8)
Fluids - Excess Of Pressure And Capillarity (Session 7 & 8)
Fluids - Discussion For Liquids (Session 7 & 8)
Fluids - Illustrations (Session 9)
Fluids - Class Exercise (Session 9)
Thermodynamics - Introduction Of Expansion Types (Session 1)
Thermodynamics - Thermal Expansion (Session 1)
Thermodynamics - Coefficient Of Expansions (Alpha, Beta And Gamma) (Session 1)
Thermodynamics - Relation Between Alpha, Beta And Gamma (Session 1)
Thermodynamics - Isotropic And Anisotropic Solids (Session 1)
Thermodynamics - Variation Of Density With Temperature (Session 1)
Thermodynamics - Examples (Session 1)
Thermodynamics - Introduction (Session 2 & 3)
Thermodynamics - Bi Metallic Strip (Session 2 & 3)
Thermodynamics - Effect Of Temperature On The Time Period Of A Simple Pendulum (Session 2 & 3)
Thermodynamics - Thermal Stress In A Rigidly Fixed (Session 2 & 3)
Thermodynamics - Error In Scale Reading Due To Expansion Or Contraction (Session 2 & 3)
Thermodynamics - Expansion Of Cavity (Session 2 & 3)
Thermodynamics - Problems On Application Of Thermal Expansion (Session 2 & 3)
Thermodynamics - Introduction (Session 4)
Thermodynamics - Expansion Of Liquids And Its Coefficients Of Expansions (Session 4)
Thermodynamics - Problems On Thermal Expansion Of Liquids (Session 4)
Thermodynamics - Effect Of Temperature On Up Thrust (Session 5)
Thermodynamics - Anomalous Expansion Of Water (Session 5)
Thermodynamics - Problems (Session 5)
Thermodynamics - Class Exercise (Session 5)
Thermodynamics - Understanding Internal Energy (Session 6)
Thermodynamics - Joules Experiment (Session 6)
Thermodynamics - Heat, Temperature And Thermal Equillibrium (Session 6)
Thermodynamics - Thermometry (Session 6)
Thermodynamics - Thermal Capacity Or Heat Capacity (Session 7)
Thermodynamics - Specific Heat Capacity (Session 7)
Thermodynamics - Molar Specific Heat (Session 7)
Thermodynamics - Water Equivalent (Session 7)
Thermodynamics - Important Points (Session 7)
Thermodynamics - Specific Heat Of Solids (Session 7)
Thermodynamics - Problems (Session 7)
Thermodynamics - Expansion Of Gases (Session 8)
Thermodynamics - Coefficient Of Volume And Pressure Expansions (Session 8)
Thermodynamics - Introduction (Session 9)
Thermodynamics - Assumption Of Kinetic Theory Of Gases (Session 9)
Thermodynamics - Deriving Pressure Of Gas Using Kinetic Theory (Session 9)
Thermodynamics - Important Points (Session 9)
Thermodynamics - Problems On Kinetic Theory Of Gases (Session 9)
Thermodynamics - Introduction (Session 10)
Thermodynamics - Root Mean Square Speed (Session 10)
Thermodynamics - Most Probable Speed (Session 10)
Thermodynamics - Average Speed (Session 10)
Thermodynamics - Ideal Gas Equation (Session 11)
Thermodynamics - Universal Gas Constant (Session 11)
Thermodynamics - Boltzmans Constant (Session 11)
Thermodynamics - Specific Gas Constant (Session 11)
Thermodynamics - Problems Based On Ideal Gas Equation (Session 11)
Thermodynamics - Boyles Law And Its Problems (Session 11)
Thermodynamics - Charles Law And Its Problems (Session 11)
Thermodynamics - Gay-Lussac's Law Or Pressure Law (Session 11)
Thermodynamics - Avogadro Law (Session 11)
Thermodynamics - Grahms Law Of Diffusion (Session 11)
Thermodynamics - Daltons Law Of Partial Pressure (Session 11)
Thermodynamics - Heat (Session 12)
Thermodynamics - Mechanical Equivalent Of Heat (Session 12)
Thermodynamics - Zeroth Law Of Thermodynamics (Session 12)
Thermodynamics - Class Exercise (Session 12)
Thermodynamics - Degree Of Freedom (Session 13 & 14)
Thermodynamics - Diatomic Gas (Session 13 & 14)
Thermodynamics - Triatomic Gas (Session 13 & 14)
Thermodynamics - Degree Of Freedom Of Different Gases (Session 13 & 14)
Thermodynamics - Law Of Equipartition Of Energy (Session 13 & 14)
Thermodynamics - First Law Of Thermodynamics (Session 13 & 14)
Thermodynamics - Mean Free Path (Session 13 & 14)
Thermodynamics - Specific Heat Capacity Of Gases (Session 13 & 14)
Thermodynamics - Important Points 1 (Session 13 & 14)
Thermodynamics - Specific Heat Of Gases (Session 13 & 14)
Thermodynamics - Specific Heat Of A Gas At Constant Volume And Pressure (Session 13 & 14)
Thermodynamics - Mayers Formula (Session 13 & 14)
Thermodynamics - Specific Heat In Terms Of Degree Of Freedom (Session 13 & 14)
Thermodynamics - Important Points 2 (Session 13 & 14)
Thermodynamics - Problems Based On Specific Heat (Session 13 & 14)
Thermodynamics - Gaseous Mixture (Session 13 & 14)
Thermodynamics - Isothermal Process (Session 15)
Thermodynamics - Class Exercise (Session 15)
Thermodynamics - Adiabatic Process (Session 16)
Thermodynamics - Quasi-Static Process (Session 17)
Thermodynamics - Reversible And Irreversible Process (Session 17)
Thermodynamics - Cyclic Process (Session 17)
Thermodynamics - Problems (Session 17)
Thermodynamics - Carnot Engine (Session 18)
Thermodynamics - Refrigerator (Session 18)
Thermodynamics - Class Exercise (Session 18)
Thermodynamics - Types Of Heat Transfers (Session 19)
Thermodynamics - Conduction (Session 19)
Thermodynamics - Series Comblination (Session 19)
Thermodynamics - Parallel Comblination (Session 19)
Thermodynamics - Example 1 (Session 19)
Thermodynamics - Freezing Of Lake During Winters (Session 19)
Thermodynamics - Example 2 (Session 19)
Thermodynamics - Radiation (Session 20 & 21)
Thermodynamics - Prevost Theory Of Exchange (Session 20 & 21)
Thermodynamics - Black Body Radiation (Session 20 & 21)
Thermodynamics - Absorptive Power (Session 20 & 21)
Thermodynamics - Emissive Power (Session 20 & 21)
Thermodynamics - Kirchoffs Law (Session 20 & 21)
Thermodynamics - Stefan Boltzmann Law (Session 20 & 21)
Thermodynamics - Class Exercise (Session 20 & 21)
Thermodynamics - Newtons Law Of Cooling (Session 22)
Thermodynamics - Weins Displacement Law (Session 22)
Thermodynamics - Class Exercise (Session 22)
Simple Harmonic Motion - Introduction To SHM (Session 1)
Simple Harmonic Motion - Periodic Motion (Session 1)
Simple Harmonic Motion - Oscillatory Motion And Damped Oscillations (Session 1)
Simple Harmonic Motion - Simple Hormonic Motion (Session 1)
Simple Harmonic Motion - Types Of SHM (Session 1)
Simple Harmonic Motion - Equation Of Simple Harmonic Motion (Session 1)
Simple Harmonic Motion - Characteristics Of SHM (Session 1)
Simple Harmonic Motion - Class Exercise (Session 1)
Simple Harmonic Motion - SHM As A Projection Of Uniform Circular Motion (Session 2)
Simple Harmonic Motion - Graphical Representation Of Displacement, Velocity And Acceleration In SHM (Session 2)
Simple Harmonic Motion - Energy Of SHM (Session 2)
Simple Harmonic Motion - Class Exercise (Session 2)
Simple Harmonic Motion - Spring Mass System SHM (Session 3)
Simple Harmonic Motion - Class Exercise (Session 3)
Simple Harmonic Motion - Combination of Springs and Simple Pendulum (Session 4, 5 & 6)
Simple Harmonic Motion - Physical Pendulum And Torsional Pendulum (Session 4, 5 & 6)
Simple Harmonic Motion - Superposition Of Simple Harmonic Motions (Session 4, 5 & 6)
Simple Harmonic Motion - Examples On Simple Harmonic Motion (Session 4, 5 & 6)
Wave Motion - Introduction To Waves (Session 1 & 2)
Wave Motion - Concept Of Waves (Session 1 & 2)
Wave Motion - Direction Of Particle Motion (Session 1 & 2)
Wave Motion - Number Of Dimensions (Session 1 & 2)
Wave Motion - Periodicity (Session 1 & 2)
Wave Motion - Representation Of Waves (Session 1 & 2)
Wave Motion - Examples (Session 1 & 2)
Wave Motion - Wave On String (Session 3)
Wave Motion - Class Exercise (Session 3)
Wave Motion - Wave Equation (Session 4)
Wave Motion - Speed Of Transverse Waves On Strings (Session 4)
Wave Motion - Class Exercise (Session 4)
Wave Motion - Power Transmitted (Session 5)
Wave Motion - Principle Of Superposition (Session 5)
Wave Motion - Class Exercise (Session 5)
Wave Motion - Interference Of Waves Going In Same Direction (Session 6)
Wave Motion - Reflection And Transmission Of Waves (Session 6)
Wave Motion - Amplitude Of Reflected And Transmitted Waves (Session 6)
Wave Motion - Class Exercise (Session 6)
Wave Motion - Standing Waves (Session 7)
Wave Motion - Important Points (Session 7)
Wave Motion - Class Exercise (Session 7)
Wave Motion - Introduction (Session 8)
Wave Motion - Standing Wave On String (Both Ends Fixed) (Session 8)
Wave Motion - Standing Wave On String (One End Fixed Other Open) (Session 8)
Wave Motion - Class Exercise (Session 8)
Sound Waves - Introduction (Session 1)
Sound Waves - Propagation Of Sound Waves (Session 1)
Sound Waves - Class Exercise (Session 1)
Sound Waves - Frequency And Pitch Of Sound (Session 2)
Sound Waves - Pressure Amplitude And Displacement Amplitude (Session 2)
Sound Waves - Class Exercise (Session 2)
Sound Waves - Velocity Of Sound Waves In A Fluid Medium (Liquid Or Gas) (Session 3)
Sound Waves - Factors Affecting Speed Of Sound In Atmosphere (Session 3)
Sound Waves - Class Exercise-I (Session 3)
Sound Waves - Class Exercise-II (Session 3)
Sound Waves - Introduction (Session 4)
Sound Waves - Intensity Of Point Source And Line Source (Session 4)
Sound Waves - Decibel Scale (Session 4)
Sound Waves - Class Exercise (Session 4)
Sound Waves - Interference Sound Waves 1 (Session 5 & 6)
Sound Waves - Interference Sound Waves 2 (Session 5 & 6)
Sound Waves - Interference Sound Waves 3 (Session 5 & 6)
Sound Waves - Introduction To Vibration Of Air Columns (Session 7)
Sound Waves - Open Organ Pipe (Session 7)
Sound Waves - Closed Organ Pipe (Session 7)
Sound Waves - Class Exercise (Session 7)
Sound Waves - Introduction To Beats (Session 8)
Sound Waves - Superposition Of Waves (Session 8)
Sound Waves - Class Exercise (Session 8)
Sound Waves - Introduction To Apparent Change In Frequency (Session 9)
Sound Waves - Dopplers Effect (Session 9)
Sound Waves - Class Exercise (Session 9)
