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0:20:40
Gauge invarience of Lagrangian || Classical mechanics Lectures
0:35:25
Velocity Dependent potential || Lagrangian for a charge particle moving in an Electromagnetic field
0:23:03
Atwood machine using Lagrangian method || Classical mechanics Lectures
0:28:43
Problem of simple pendulum using Lagrangian method
0:57:07
Lagrange's Equations of Motion from D'Alembert's principle || Classical mechanics Lectures
0:46:49
D`Alembert's Principle with examples || Classical mechanics Lectures
0:40:57
Applications of principle of virtual work
0:33:31
Virtual Displacement || Principle of virtual work
0:39:51
Mechanical Systems || Linear and Non-Linear Dynamical System|| Autonomous and Non autonomous system
0:37:58
Curl of a Vector Field || Physical significance of curl with examples
0:44:51
Divergence of vector field with Examples
0:37:36
Gradient of a scalar field || Why - gradient of potential is equal to Electric field intensity?
0:42:00
Holonomic and nonholonomic constraints with examples || Forces of constraints
0:37:42
Vector field and scalar field with Examples || Electromagnetism lectures
0:45:59
Introduction to Electromagnetism || Difference between dot product and cross product
0:48:53
Degrees of Freedom || Constraints || Generalized Coordinates || Classical mechanics Lectures
0:41:39
Introduction to classical mechanics || Full course for Msc Physics
0:34:51
what is the meaning of Integration? || Applications of Integration
0:33:44
What is the meaning of Differentiation? || Why is the derivative of sinx is cosx?
0:21:24
General Poisson bracket under canonical transformation || Invariance of Poisson bracket w.r.t. CT
0:30:03
Fundamental Poisson bracket under canonical Transformation || Invariance of Poisson Bracket wrt CT
0:19:12
Angular momentum and Poisson Brackets || Classical Mechanics Lectures
0:24:20
Poisson Bracket || Properties of Poisson Bracket || Classical Mechanics Lectures
0:27:37
Conditions for Canonical transformation || Bilinear invariant condition || Classical Mechanics lec.
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