Laws of Motion

This topic covers concepts such as Force, Properties of Force, Units of Force, Mass, Units of Mass, Aristotle Fallacy, Classification of Forces, Fundamental Forces, Field Forces, Contact Forces, Normal Reaction Force, Tangential Reaction Force, etc.

This topic covers concepts such as Linear Momentum, Equilibrium of Forces, Lami's Theorem, Application of Lami's Theorem, Newton's Laws of Motion, Newton's First Law of Motion, Concept of Inertia, Inertia of Motion, Inertia of Rest, etc.

This topic covers concepts such as Frame of Reference, Inertial Frame of Reference, Non-inertial Frame of Reference, Pseudo Force, Motion in Accelerating Frame, and Pseudo Force in Linearly Accelerated Frames.

This topic covers concepts such as Spring Forces, Parallel Arrangement of Springs, Series Arrangement of Springs, Cutting of Springs in a Ratio, Arrangement of Springs, Effective Force Constant, and Effect of Cutting of Springs and Strings in System.

This topic covers concepts such as Constraint Equations, String Constraint, Wedge Constraint, Constraint Equation in Inclined Planes, Constraint Equation in Wedges, Motion of Connected Bodies, and Motion on Inclined Plane.

This topic covers concepts such as Normal Reaction Force for Blocks Kept One over Another, Motion of Blocks Kept in Contact, and Motion of Blocks Connected by a String.

This topic covers concepts such as Motion of a Block on Inclined Plane, Motion of Blocks Connected with String on Inclined Plane, and Motion of Blocks in Contact on Inclined Plane.

This topic covers concepts such as Two-Block System with Fixed Pulley, Multi-Block System with Fixed Pulleys, Two-Block System with Movable Pulley, and Multi-Block System with Movable Pulleys.

This topic covers concepts such as Motion on Wedges, Motion of Blocks on Wedge Moving with Constant Velocity, and Motion of Blocks on Wedge Moving with Constant Acceleration.