Video Lessons - 3

Revision Notes - 2

Revision Notes - 2

Principle of Statics, Force Systems, Resolution and Composition of Forces. Resultant of Concurrent Forces. Moment of a force, Varignon's Theorem

Introduction to Engineering Mechanics, Concept of a Rigid Body, Basic Concepts, Describing a Force, Vector Representation of Force, Ex: Representing a Force in Vector form, Basic Principles, Newton's Law of Gravitation, Newton's First law of Motion, Newton's 2nd law of Motion, Newton's 3rd Law of Motion, Principle of Transmissibility, Parallelogram law of addition of forces, and other topics.

Video Lessons - 2

Revision Notes - 1

Revision Notes - 1

Couple, Equivalent Force Couple System, Resultant of General force system, Resultant of Parallel Force System. Distributed Forces

Concept of a Couple, Resolution of Force into Force-Couple System, Resultant of a general sytem of Forces, Ex: Resultant of Forces acting along the sides of Triangle, and other topics.

Video Lessons - 2

Revision Notes - 1

Revision Notes - 1

Centroid of Plane Lamina and Wire Bends

Centre of Gravity, Centroid of Plane Lamina and Wire Bends, First Moment of an area, Ex: Centroid of a Triangle, and other topics.

Video Lessons - 4

Revision Notes - 1

Revision Notes - 1

Free Body Diagram, Equilibrium of Concurrent, Parallel and General forces in Plane. Equilibrium of 3 Forces in Plane. Types of Beams: Simple and Compound Beams, Type of Supports and Reaction. Resultant of Concurrent and Parallel forces in Space. Equilibrium of Concurrent and Parallel forces in Space

Concept of Equlibrium, Eqilibrium of a 2-force System, Eqilibrium of 3-Force System, Free Body Diagram, Reactions due to Supports and Connections, Ex: Beam on a Hinge and Roller Support, General Steps for solution of Equilibrium related Problems, and other topics.

Video Lessons - 3

Revision Notes - 1

Revision Notes - 1

Two Force Members: Analysis of Plane Trusses by method of Joint and method of Section. Cables subjected to Point Loads. Multi Force Member: Plane Frames

Introduction to Trusses, Types of Trusses, Method of Joints, Ex: using Method of Joints, Steps for Analysis by Method of Joints, Method of Sections, Ex: Using Method of Sections, Steps for Analysis by Method of Sections, Ex: Finding an unknown Axial Force in a member, and other topics.

Video Lessons - 2

Revision Notes - 1

Revision Notes - 1

Laws of Friction, Application of Friction on Inclined Plane. Wedges and Ladders. Application to Flat Belt

Friction: Basic Concepts and Laws, Friction on Inclined Plane, Ex: Block on Inclined Plane, Ex: Block Tipping Over, and other topics.

Video Lessons - 1

Revision Notes - 1

Revision Notes - 1

Basic Concepts, Equation of Motion for constant acceleration and motion under gravity. Variable acceleration and motion curves. Relative Motion and Dependent Motion.

Introduction to Dynamics, Rectilinear Motion, Concept of Velocity and Accleration, Ex: Variable Accleration, Uniform Motion, Uniformly Acclerated Motion, Relative Motion, Ex: Stone thrown towards a moving Train, Dependant Motion, Ex: Dependant Motion, and other topics.

Video Lessons - 2

Revision Notes - 1

Revision Notes - 1

Basic Concepts, Equation of Motion in Cartesian Coordinates. Path and Polar coordinates. Motion of Projectiles.

Basic Concepts in Curvilinear Motion, Rectangular Components (cartesian co-ordinates), Analysis of Projectiles, Ex: Projectile with a variable accleration, Ex: Projectile on Inclined Plane, and other topics.

Video Lessons - 3

Revision Notes - 1

Revision Notes - 1

Newton's Second Law of Motion and Its Application. Newton's Second law of Motion in Cartesian Coordinates and Path co-ordinates for Curvilinear Motion of a Particle.

Newton's 2nd Law of Motion, Concept of Dynamic Equilibrium, Ex: Using Newton's Law of motion and Dynamic Equilibrium concept, Ex: Two block sliding on opposite side of an inclined plane, Ex: Dependant motion of block on a pulley and inclined plane, and other topics.

Video Lessons - 2

Revision Notes - 1

Revision Notes - 1

Work, Power, Energy, Conservative and Non-Conservative forces. Conservation of Energy and Work Energy Principle for motion of Particle

Concept of Work, Worked done along a curved path or Variable Force, Work done by Gravity, Work done by Spring, Work Energy Principle, Ex: Using Work-Energy Principle, Conservative Forces, Principle of conservation of Energy, Ex: Using Principle of conservation of Energy, and other topics.

Video Lessons - 3

Revision Notes - 1

Revision Notes - 1

Impulse, Momentum, Direct central Impact and Coefficient of restitution. Conservation of Momentum and Impulse Momentum Principle of a Particle

Concept of Impulse, Impulse Momentum Principle, Principle of conservation of momentum, Impulsive Force, Ex: Batsman hits a ball, Ex: Using Impulse-Momentum to find distance, Ex: Man jumping off the cart, Basic Concepts in Analysis of Impacts, and other topics.

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