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LIST OF VIDEO-LECTURES

Mechanics


A Cylinder Falling At The End Of An Unwinding String (Rotational Mechanics)

Advanced-Level Problems On Motion In One And Two Dimensions I (Motion In One & Two Dimensions)

Addition Of Vectors (Vector)

Additon Of Vectors By Resolution (Vector)

Advanced-Level Problems On Motion In One And Two Dimensions II (Motion In One & Two Dimensions)

Advanced-Level Problems On Motion In One And Two Dimensions III (Motion In One & Two Dimensions)

Advanced-Level Problems On Motion In One And Two Dimensions IV (Motion In One & Two Dimensions)

Advanced-Level Problems On Motion In One And Two Dimensions V (Motion In One & Two Dimensions)

Advanced-Level Problems On Motion In One And Two Dimensions VI (Motion In One & Two Dimensions)

Advanced-Level Problems On Newton's Laws Of Motion I (Newton's Laws Of Motion)

Advanced-Level Problems On Newton's Laws Of Motion II (Newton's Laws Of Motion)

Advanced-Level Problems On Newton's Laws Of Motion III (Newton's Laws Of Motion)

Advanced-Level Problems On Newton's Laws Of Motion IV (Newton's Laws Of Motion)

Advanced-Level Problems On Newton's Laws Of Motion V (Newton's Laws Of Motion)

Advanced-Level Problems On Vectors I (Vector)

Advanced-Level Problems On Vectors II (Vector)

Advanced-Level Problems On Vectors III (Vector)

Advanced-Level Problems On Friction I (Friction)

Advanced-Level Problems On Friction II ( Friction)

Advanced-Level Problems On Friction III ( Friction)

Advanced-Level Problems On Friction IV ( Friction)

Advanced-Level Problems On Friction V ( Friction)

Advanced-Level Problems On Circular Motion I ( Circular Motion)

Advanced-Level Problems On Circular Motion II ( Circular Motion)

Advanced-Level Problems On Circular Motion III ( Circular Motion)

Advanced-Level Problems On Circular Motion IV ( Circular Motion)

Advanced-Level Problems On Circular Motion V ( Circular Motion)

Advanced-Level Problems On Circular Motion VI ( Circular Motion)

Advanced-Level Problems On Work And Energy I ( Work And Energy )

Advanced-Level Problems On Work And Energy II ( Work And Energy)

Advanced-Level Problems On Work And Energy III ( Work And Energy)

Advanced-Level Problems On Work And Energy IV ( Work And Energy)

Advanced-Level Problems On Work And Energy V ( Work And Energy)

Advanced-Level Problems On Work And Energy VI ( Work And Energy)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass I ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass II ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass III ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass IV ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass V ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass VI ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass VII ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass VIII ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass XI ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass X ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Impulse, Collision, And Centre Of Mass XI ( Impulse, Collision, and Centre of Mass)

Advanced-Level Problems On Rotational Mechanics I ( Rotational Mechanics )

Advanced-Level Problems On Rotational Mechanics II ( Rotational Mechanics )

Analysis Of Rectilinear Motion By Calculus (Motion In One & Two Dimensions)

Angular Momentum Of A Particle And Its Relation With Torque (Rotational Mechanics)

Angular Momentum Of System Of Particles And Angular Impulse (Rotational Mechanics)

Angle Of Repose And Angle Of Friction (Friction)

Applications Of Parallel And Perpendicular Axes Theorems (Rotational Mechanics)

Angular Quantities In Circular Motion (Circular Motion)

Application Of Newton's Laws (Newton's Laws Of Motion)

Applications Of Newton's Laws II (Newton's Laws Of Motion)

Base And Derived Quantities And Their Units (Physical Quantities And Their Measurment)

Base And Derived Quantities And Their Units II (Physical Quantities And Their Measurment)

Base And Derived Quantities And Their Units III (Physical Quantities And Their Measurment)

Calculation Of Moments Of Inertia For Various Bodies II (Rotational Mechanics)

Concept Of Vector (Vector)

Combined Translational And Rotational Motion As Pure Rotation (Rotational Mechanics)

Centre Of Mass (Impulse,Collision And Centre Of Mass)

Circular Motion With Constant Angular Acceleration (Circular Motion)

Centre Of Gravity Of A Rigid Body (Statics Of Rigid Bodies)

Collision (Impulse,Collision And Centre Of Mass)

Comparison Of Intertial-Frame And Non-Intertial-Frame Methods (Newton's Laws Of Motion)

Concept Of Force (Newton's Laws Of Motion)

Constrained Motion Of Pulley-Block System (Newton's Laws Of Motion)

Constrained Motion Of Wedge-Block System (Newton's Laws Of Motion)

Conditions Of Static Equilibrium Of A Rigid Body (Statics Of Rigid Bodies)

Concept Of Energy And Derivation Of Work-Energy Theorem (Work And Energy)

Conservative And Non Conservative Forces (Work And Energy)

Conservative Force From Potential Energy Function And Energy Diagrams (Work And Energy)

Drag Force (Friction)

Definition Of Work (Work And Energy)

Definition Of Work II (Work And Energy)

Derivation Of Centripetal Acceleration (Circular Motion)

Dimensions And Principle Of Homogeneity (Physical Quantities And Their Measurment)

Determination Of Gravitational Constant G (Gravitation)

Examples Of Motion On Rough Surfaces I (Friction)

Examples Of Motion On Rough Surfaces II (Friction)

Examples Of Motion On Rough Surfaces III (Friction)

Examples Of Non Uniform Circular Motion (Circular Motion)

Equation Of Rotation Motion Of A Rigid Body (Rotational Mechanics)

Examples Of Vector Addition And Subtraction (Vector)

Examples Of Uniform Circular Motion (Circular Motion)

Examples Of Uniform Circular Motion II (Circular Motion)

Escape Speed (Gravitation)

Equivalence Of Mass And Energy (Work And Energy)

Equilibrium Of A Leaning Ladder (Statics Of Rigid Bodies)

Free Body Diagram (Newton's Laws Of Motion)

Finding Centres Of Mass Of Rigid Bodies By Integration I (Impulse,Collision And Centre Of Mass)

Finding Centres Of Mass Of Rigid Bodies By Integration II (Impulse,Collision And Centre Of Mass)

Finding Centres Of Mass Of Uniform Rigid Bodies By Inspection (Impulse,Collision And Centre Of Mass)

Graphical Analysis Of Rectilinear Motion (Motion In One & Two Dimensions)

Gravitational Field And Potential Due To Some Extended Bodies I (Gravitation)

Gravitational Field And Potential Due To Some Extended Bodies II (Gravitation)

Gravitational Field (Gravitation)

Gravitational Potential Energy (Gravitation)

Gravitational Potential (Gravitation)

Gravity (Gravitation)

Impulse And Impluse-Momentum Theroem (Impulse,Collision And Centre Of Mass)

Kepler's Laws Of Planetary Motion (Gravitation)

Kinematic Equation By Integration (Motion In One & Two Dimensions)

Kinematic Equations By Graphical Method (Motion In One & Two Dimensions)

Kinematics Of Rotation About A Fixed Axis (Rotational Mechanics)

Mechanical Energy Of Satellite-Earth System (Gravitation)

More Problems On Escape Speed And Gravitational Potential (Gravitation)

More Problems On Mechanical Energy Of Satellite-Earth System (Gravitation)

Mathematical Study Of One Dimensional Collision II (Impulse,Collision And Centre Of Mass)

Mathematical Study Of One-Dimensional Collision (Impulse,Collision And Centre Of Mass)

Mathematical Study Of Two Dimensional Collision (Impulse,Collision And Centre Of Mass)

More Problems On Collision (Impulse,Collision And Centre Of Mass)

Motion Of A Body Of Variable Mass (Impulse,Collision And Centre Of Mass)

Motion Of A Rocket (Impulse,Collision And Centre Of Mass)

Motion Of A System Of Particles (Impulse,Collision And Centre Of Mass)

More Problems On Equilibrium Of A Leaning Ladder (Statics Of Rigid Bodies)

More Applications Of Mechanical Energy Conservation Principle (Work And Energy)

Motion Of A Boat In A River (Motion In One & Two Dimensions)

Moment Of Inertia, And Its Calculation For Various Bodies (Rotational Mechanics)

More Problems On Angular Momentum (Rotational Mechanics)

More Problems On Equation Of Rotational Motion Of Rigid Body (Rotational Mechanics)

Newton's First Laws Of Motion I (Newton's Laws Of Motion)

Newton's First Laws Of Motion II (Newton's Laws Of Motion)

Newton's Second Laws Of Motion (Newton's Laws Of Motion)

Newton's Third Laws Of Motion And Units Of Force (Newton's Laws Of Motion)

Natural And Artificial Satellites Of Planets (Gravitation)

Newton's Laws Of Universal Gravitation (Gravitation)

Overturning Of A Vehicle At A Bend (Rotational Mechanics)

Order-Of-Magnitude Calculation (Physical Quantities And Their Measurment)

Problems On Circular Motion (Circular Motion)

Problems On Circular Motion II (Circular Motion)

Problems On Circular Motion III (Circular Motion)

Problems On Circular Motion With Constant Angular Acceleration (Circular Motion)

Problems On Application Of Newton's Laws Part I (Newton's Laws Of Motion)

Problems On Application Of Newton's Laws Part II (Newton's Laws Of Motion)

Problems On Pulleys And Wedge-Block System (Newton's Laws Of Motion)

Problems On Pulleys And Wedge-Block System II (Newton's Laws Of Motion)

Pseudo Force With Examples (Newton's Laws Of Motion)

Problems On Dimensional Analysis (Physical Quantities And Their Measurment)

Problems On Dimensional Analysis II (Physical Quantities And Their Measurment)

Principle Of Conservation Of Linear Momentum, And Some Applications (Impulse,Collision And Centre Of Mass)

Problems On Impulse, Collision, And Linear Momentum Conservation I (CE) (Impulse,Collision And Centre Of Mass)

Problems On Impulse, Collision, And Linear Momentum Conservation II (CE) (Impulse,Collision And Centre Of Mass)

Problems On Impulse, Collision, And Linear Momentum Conservation III (CE) (Impulse,Collision And Centre Of Mass)

Problems On Motion Of A Rocket (Impulse,Collision And Centre Of Mass)

Problems On Principles Of Linear Momentum Conservation (Impulse,Collision And Centre Of Mass)

Potential Energy (Work And Energy)

Potential Energy Function (Work And Energy)

Power (Work And Energy)

Principle Of Conservation Of Energy And Some Applications (Work And Energy)

Principle Of Conservation Of Mechanical Energy And Some Applications (Work And Energy)

Problems On Conservative And Non-Conservative Forces (Work And Energy)

Problems On Kinetic Energy And Work-Energy Theorem (Work And Energy)

Problems On Principle Of Mechanical Energy Conservation (Work And Energy)

Problems On Escape Speed (Gravitation)

Problems On Gravitational Field And Potential Due To Extended Bodies (Gravitation)

Problems On Newton's Laws Of Gravitation (Gravitation)

Problems On Orbital Motion Of Satellites (Gravitation)

Problems On Variation Of Acceleration Due To Gravity (Gravitation)

Problems On Motion In One And Two Dimensions (CE) (Motion In One & Two Dimensions)

Problems On Motion In One And Two Dimensions II (CE) (Motion In One & Two Dimensions)

Problems On Motion In One And Two Dimensions III (CE) (Motion In One & Two Dimensions)

Problems On Motion In One And Two Dimensions IV (CE) (Motion In One & Two Dimensions)

Problems On Newton's Laws Of Motion I (CE) (Newton's Laws Of Motion)

Problems On Newton's Laws Of Motion II (CE) (Newton's Laws Of Motion)

Problems On Newton's Laws Of Motion III (CE) (Newton's Laws Of Motion)

Problems On Newton's Laws Of Motion IV (CE) (Newton's Laws Of Motion)

Problems On Newtons Laws Of Motion V (CE) (Newton's Laws Of Motion)

Problems On Gravitation(CE) (Gravitation)

Problems On Gravitation II (CE) (Gravitation)

Problems On Gravitation III (CE) (Gravitation)

Problems On Rotational Mechanics (CE) (Rotational Mechanics)

Problems On Rotational Mechanics II(CE) (Rotational Mechanics)

Problems On Rotational Mechanics III(CE) (Rotational Mechanics)

Problems On Rotational Mechanics IV(CE) (Rotational Mechanics)

Problems On Work And Energy (CE) (Work And Energy)

Problems On Work And Energy II (CE) (Work And Energy)

Principle Of Conservation Of Angular Momentum, And Its Application (Rotational Mechanics)

Problems On Angular Impulse (Rotational Mechanics)

Problems On Angular Momentum Of A Particle (Rotational Mechanics)

Problems On Moments Of Inertia Of Various Bodies (Rotational Mechanics)

Problems On Moments Of Inertia Of Various Bodies II (Rotational Mechanics)

Problems On Principle Of Angular Momentum Conservation (Rotational Mechanics)

Problems On Rolling Motion At The End Of Unwinding String (Rotational Mechanics)

Problems On Rolling Motion Down An Incline (Rotational Mechanics)

Problems On Rolling Motion On Horizontal Floor (Rotational Mechanics)

Problems On Scalar Product Of Vectors (Vector)

Problems On Scalar Product Of Vectors II (Vector)

Problems On Vector Product Of Vectors (Vector)

Problems On Rotating Pulley Of Non-Negligible Mass (Rotational Mechanics)

Problems Of Kinematic Equations (Motion In One & Two Dimensions)

Problems On Rectilinear Motion Under Gravity (Motion In One & Two Dimensions)

Problems On Relative Velocity And Relative Acceleration (Motion In One & Two Dimensions)

Projectile Motion (Motion In One & Two Dimensions)

Problems On Drag Force (Friction)

Problems On Motion On Rough Surfaces (Friction)

Problems On Motion On Rough Surfaces II (Friction)

Problems On Motion On Rough Surfaces III (Friction)

Resolution Of A Position Vector In Space (Vector)

Resolution Of Vector (Vector)

Rectilinear Motion Under Gravity (Motion In One & Two Dimensions)

Rectilinear Motion With Constant Acceleration (Motion In One & Two Dimensions)

Relative Velocity And Relative Acceleration (Motion In One & Two Dimensions)

Rest And Motion (Motion In One & Two Dimensions)

Rolling Motion Of A Rigid Body Down An Incline (Rotational Mechanics)

Rolling Motion Of A Rogid Body On Horizontal Floor (Rotational Mechanics)

Rolling Friction (Friction)

Rotational Kinetic Energy, And Comparison Between Translation And Rotation (Rotational Mechanics)

Relations Between Linear And Angular Quantities (Circular Motion)

Static And Kinetic Friction (Friction)

Study Of Wedge-Block System By Pseudo-Force Method (Newton's Laws Of Motion)

Stability Of Static Equilibrium (Statics Of Rigid Bodies)

Scalar Product Of Two Vectors (Vector)

Some Important Definitions On Vector (Vector)

Some Terms Associated With Translational Motion (Motion In One & Two Dimensions)

Subtraction Of Vectors (Vector)

Torque Of A Force Acting On A Particle (Rotational Mechanics)

Torque Of Coplanar Forces And Of A Couple (Rotational Mechanics)

Two Important Theorem's On Moment Of Inertia (Rotational Mechanics)

Two Accelerations Of Non-Uniform Circular Motion (Circular Motion)

Uses Of Dimensional Analysis (Physical Quantities And Their Measurment)

Vector Product Of Two Vectors (Vector)

Various Cases Of Static Equilibrium In Two Dimensions II (Statics Of Rigid Bodies)

Various Cases Of Static Equilibrium In Two Dimensions (Statics Of Rigid Bodies)

Variation Of Acceleration Due To Gravity I (Gravitation)

Variation Of Acceleration Due To Gravity II (Gravitation)

Work Done By A Varying Force (Work And Energy)

Work Done By Spring Force (Work And Energy)

Work And Power In Rotational Motion (Rotational Mechanics)


Elasticity And Fluids Mechanics


Bulk Modulus & Relations Among Elastic Constants (Elasticity)

Hooke's Law And Young's Modulus (Elasticity)

Internal Forces And Stress (Elasticity)

More Problems On Elastic Potential Energy (Elasticity)

More Problems On Shear Modulus And Bulk Modulus (Elasticity)

More Problems On Young's Modulus (Elasticity)

Problems On Elasticity(CE) (Elasticity)

Problems On Hydrodynamics (CE) (Fluid Dynamics And Viscosity)

Problems On Hydrodynamics II (CE) (Fluid Dynamics And Viscosity)

Problems On Hydrostatics (CE) (Fluid Statics)

Problems On Hydrostatics II (CE) (Fluid Statics)

Problems On Surface Tension (CE) (Surface Tension)

Problems On Buoyant Force (Fluid Statics)

Problems On Density (Fluid Statics)

Problems On Pressure (Fluid Statics)

Problems On Pressure II (Fluid Statics)

Shear Modulus (Elasticity)

Strain (Elasticity)

Stress Versus Strain Graph, And Elastic Potential Energy Of A Deformed Body (Elasticity)