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Course Curriculum

NEWTON LAWS OF MOTION
Introduction to Mechanics 01:02:00
Normal Reaction FREE 00:36:00
Tension 00:35:00
Pseudo Forces 01:01:00
FRICTION
Friction 00:51:00
VELOCITY AND ACCELERATION
Velocity and Acceleration 00:29:00
CENTRAL FORCES
Equivalent One Body Problem 00:49:00
Conservation laws in Central Force Motion FREE 00:37:00
Trajectory of Particle Undergoing Central Force Motion 00:43:00
Types of Central Force Motion 02:19:00
Problems on Central Forces 01:44:00
Gravitation 00:25:00
Gravitational Field 01:42:00
Gravitational Potential 00:52:00
Gravitational Potential Energy 01:41:00
Previous Year Problems on Central Forces in IISc 00:36:00
Previous Year Problems on Central Forces in TIFR 00:34:00
Previous Year Problems on Central Forces in JEST 01:49:00
UNIFORMLY ROTATING FRAME-CENTRIFUGAL AND CORIOLIS FORCES
Uniformly Rotating Frame 00:57:00
Circular Motion FREE 01:43:00
Coriolis Force 00:27:00
Previous Years Questions on Coriolis forces FREE 00:42:00
CONSERVATION LAWS
Law of Conservation of Linear Momentum 00:47:00
Law of Conservation of Energy 00:39:00
Collision 01:35:00
CENTRE OF MASS
Centre of Mass 02:10:00
VARIABLE MASS SYSTEMS
Variable Mass Systems 00:25:00
RIGID BODY DYNAMICS
Rotation about Fixed Axis 01:48:00
Translation + Rotation FREE 01:07:00
Angular Momentum 01:25:00
Moment of Inertia Tensor 00:48:00
Previous Year Problems on Rigid Body Dynamics in JEST 00:15:00
FLUID DYNAMICS
Fluid Statics 01:46:00
Fluid Dynamics 01:28:00
Euler Equations and Bernoulli Principle 01:24:00

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