A Cylinder Falling at the end of an Unwinding String

Addition of Vectors

Additon of Vectors by Resolution

Advanced-Level Problems on Motion in one and two Dimensions I

Advanced-Level Problems on Motion in one and two Dimensions II

Advanced-Level Problems on Motion in one and two Dimensions III

Advanced-Level Problems on Motion in one and two Dimensions IV

Advanced-Level Problems on Motion in one and two Dimensions V

Advanced-Level Problems on Motion in one and two Dimensions VI

Advanced-Level Problems on Newton's Laws of Motion I

Advanced-Level Problems on Newton's Laws of Motion II

Advanced-Level Problems on Newton's Laws of Motion III

Advanced-Level Problems on Newton's Laws of Motion IV

Advanced-Level Problems on Newton's Laws of Motion V

Advanced-Level Problems on Vectors I

Advanced-Level Problems on Vectors II

Advanced-Level Problems on Vectors III

Analysis of Rectilinear Motion by Calculus

Angle of Repose and Angle of Friction

Angular Momentum of a Particle and its Relation with Torque

Angular Quantities in Circular Motion

Angulr Momentum of System of Prticles and Angular Impulse

Application of Newton's Law

Applications of Newton's Laws II

Applications of Parallel and Perpendicular Axes Theorems

Base and Derived Quantities and their Units

Base and Derived Quantities and their Units II

Base and Derived Quantities and their Units III

Bulk Modulus & Relations Among Elastic Constants

Calculation of Moments of inertia For Various Bodies II

Centre of Gravity of a Rigid Body

Centre of Mass

Circular Motion with Constant Acceleration

Collision

Combined Translational and Rotational Motion as Pure Rotation

Comparison of intertial-Frame and Non-intertial-Frame Methods

Concept of Energy and Derivation of Work-Energy theorem

Concept of Force

Concept of Vector

Conditions of Static Equilibrium of a Rigid Body

Conservative and Non Conservative Forces

Conservative Force From Potential Energy Function and Energy Diagrams

Constrained Motion of Pulley-Block System

Constrained Motion of Wedge-Block System

Definition of Work

Definition of Work II

Derivation of Centripetal Acceleration

Determination of Gravitational Constant G

Dimensions and Principle of Homogeneity

Drag Force

Equation of Rotation Motion of a Rigid Body

Equilibrium of a Leaning Ladder

Equivalence of Mass and Energy

Escape Speed

Examples of Motion on Rough Surfaces I & II

Examples of Motion on Rough Surfaces III

Examples of Motion on Rough Surfaces IV

Examples of Non Uniform Circular Motion

Examples of Uniform Circular Motion

Examples of Uniform Circular Motion II

Examples of Vector Addition and Subtraction

Finding Centres of Mass of Rigid Bodies by integration

Finding Centres of Mass of Rigid Bodies by integration II

Finding Centres of Mass of Uniform Rigid Bodies by inspection

Free Body Diagram

Graphical analysis of Rectilinear Motion

Gravitational Field

Gravitational Field and Potential Due to Some Extended Bodies

Gravitational Field and Potential Due to Some Extended Bodies II

Gravitational Potential

Gravitational Potential Energy

Gravity

Hooke's Law and Young's Modulus

Impulse and Impluse-Momentum theroem

internal Forces and Stress

Keplerâ€™s Laws of Planetary Motion

Kinematic Equation by integration

Kinematic Equations by Graphical Method

Kinematics of Rotation About a Fixed Axis

Mathematical Study of one Dimensional Collision II

Mathematical Study of one-Dimensional Collision

Mathematical Study of two Dimensional Collision

Mechanical Energy of Satellite-Earth System

Moment 0f inertia, and Its Calculation For Various Bodies

More Applications of Mechanical Energy Conservation Principle

More Problems on Angular Momentum

More Problems on Collision

More Problems on Elastic Potential Energy

More Problems on Equationof Rotational Motion of Rigid Body

More Problems on Equilibrium of a Leaning Ladder

More Problems on Escape Speed and Gravitational Potential

More Problems on Mechanical Energy of Satellite-Earth System

More Problems on Shear Modulus and Bulk Modulus

More Problems on Young's Modulus

Motion of a Boat in a River

Motion of a Body of Variable Mass

Motion of a Rocket

Motion of a System of Particles

Natural and Artificial Satellites of Planets

Newton's First Law of Motion I

Newton's First Law of Motion II

Newton's Law of Universal Gravitation

Newton's Second Law of Motion

Newton's Third Law of Motion and Units of Force

Order of Magnitude Calculation

Overturning of a Vehicle at a Bend

Potential Energy

Potential Energy Function

Power

Principle of Conservation of Angular Momentum, and Its Application

Principle of Conservation of Energy and Some Applications

Principle of Conservation of Linear Momentum, and Some Application

Principle of Conservation of Mechanical Energy and Some Applications

Problems of Kinematic Equations

Problems on Angular Impulse

Problems on Angular Momentum of a Particle

Problems on Application of Newton's Laws Part I

Problems on Application of Newton's Laws Part II

Problems on Buoyant Force II

Problems on Circular Motion

Problems on Circular Motion II

Problems on Circular Motion III

Problems on Circular Motion with Constant Angular Acceleration

Problems on Conservative and Non Conservative Forces

Problems on Density

Problems on Dimensional analysis

Problems on Dimensional analysis II

Problems on Drag Force

Problems on Elasticity(CE)

Problems on Escape Speed

Problems on Gravitation II (CE)

Problems on Gravitation III (CE)

Problems on Gravitation(CE)

Problems on Gravitational Field and Potential Due to Extended Bodies

Problems on Hydrodynamics (CE)

Problems on Hydrodynamics II (CE)

Problems on Hydrostatics (CE)

Problems on Hydrostatics II (CE)

Problems on Impulse, Collision, and Linear Momentum Conservation (CE)

Problems on Impulse, Collision, and Linear Momentum Conservation II (CE)

Problems on Impulse, Collision, and Linear Momentum Conservation III (CE)

Problems on Kinetic Energy and Work-Energy theorem

Problems on Moments of inertia of Various Bodies

Problems on Moments of inertia of Various Bodies II

Problems on Motion in one and two Dimensions (CE)

Problems on Motion in one and two Dimensions II (CE)

Problems on Motion in one and two Dimensions III (CE)

Problems on Motion in one and two Dimensions IV (CE)

Problems on Motion of a Rocket

Problems on Motion on Rough Surfaces

Problems on Motion on Rough Surfaces II

Problems on Motion on Rough Surfaces III

Problems on NewtonS Law of Gravitation

Problems on Newtons Laws of Motion (CE)

Problems on Newtons Laws of Motion II (CE)

Problems on Newtons Laws of Motion III(CE)

Problems on Newtons Laws of Motion IV(CE)

Problems on Orbital Motion of Satellites

Problems on Pressure

Problems on Pressure II

Problems on Principle of Angular Momentum Conservation

Problems on Principle of Mechanical Energy Conservation

Problems on Principles of Linear Momentum Conservation

Problems on Pulleys and Wedge-Block System

Problems on Pulleys and Wedge-Block System II

Problems on Rectilinear Motion Under Gravity

Problems on Relative Velocity and Relative Acceleration

Problems on Rolling Motion at the end of Unwinding String

Problems on Rolling Motion Down an incline

Problems on Rolling Motion on Horizontal Floor

Problems on Rotating Pulley of Non-Negligible Mass

Problems on Rotational Mechanics (CE)

Problems on Rotational Mechanics II(CE)

Problems on Rotational Mechanics III(CE)

Problems on Rotational Mechanics IV(CE)

Problems on Scalar Product of Vectors

Problems on Scalar Product of Vectors II

Problems on Surface Tension (CE)

Problems on Variation of Acceleration Due to Gravity

Problems on Vector Product of Vectors

Problems on Work and Energy (CE)

Problems on Work and Energy II (CE)

Projectile Motion

Pseudo Force with Example

Rectilinear Motion under Gravity

Rectilinear Motion with Constant Acceleration

Relations Between Linear and Angular Quantities

Relative Velocity and Relative Acceleration

Resolution of a Position Vector in Space

Resolution of Vector

Rest and Motion

Rolling Friction

Rolling Motion of a Rigid Body Down an incline

Rolling Motion of a Rogid Body on Horizontal Floor

Rotational Kinetic Energy, and Comparison Between Translation and Rotation

Scalar Product of two Vectors

Shear Modulus

Some Important Definitions on Vector

Some Terms associated with Translation Motion

Stability of Static Equilibrium

Static and Kinetic Friction

Strain

Stress Versus Strain Graph, and Elastic Potential Energy of a Deformed Body

Study of Wedge-Block System by Pseudo-Force Method

Subtraction of Vectors

Torque of a Force Acting on a Particle

Torque of Coplanar Forces and of a Couple

two Accelerations of Non Uniform Circular Motion

two Importnt Thorem on Moment of inertia

Uses of Dimensional analysis

Variation of Acceleration Due To Gravity I

Variation of Acceleration Due To Gravity II

Various Cases of Static Equilibrium in two Dimensions

Various Cases of Static Equilibrium in two Dimensions II

Vector Product of two Vectors

Work Done by a Varying Force

Work Done by Spring Force

Work Power in Rotational Motion