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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 related Topics.
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.
Tangential and Normal Components (Path Co-ordinates), Ex: Motorist applying breaks on circular path, Radial and Transverse Components (Polar Co-ordinates), Ex: motion defined by functions in polar co-ordinates, Ex: Calculation of all components of accleration, and other topics.
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.
Ex: Parallel Force System in Space, Ex: Coplanar Parallel Force System, Uniformly Distributed Force, Ex: Distributed Forces (Trapezium), Ex: Distributed Force (Parabola), and other topics.
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.
Ex: Pulleys with Dependant and Relative Motion, Ex: Wedges with Dependant and Relative motion, and other topics.
Ex: Cyclist negotiating a turn, Ex: Car on Banked Road, Ex: Weight being raised by wounding the rope on a reel, and other topics.