20:40

Gauge invarience of Lagrangian || Classical mechanics Lectures

35:25

Velocity Dependent potential || Lagrangian for a charge particle moving in an Electromagnetic field

23:03

Atwood machine using Lagrangian method || Classical mechanics Lectures

28:43

Problem of simple pendulum using Lagrangian method

57:07

Lagrange's Equations of Motion from D'Alembert's principle || Classical mechanics Lectures

46:49

D`Alembert's Principle with examples || Classical mechanics Lectures

40:57

Applications of principle of virtual work

33:31

Virtual Displacement || Principle of virtual work

39:51

Mechanical Systems || Linear and Non-Linear Dynamical System|| Autonomous and Non autonomous system

37:58

Curl of a Vector Field || Physical significance of curl with examples

44:51

Divergence of vector field with Examples

37:36

Gradient of a scalar field || Why - gradient of potential is equal to Electric field intensity?

42:00

Holonomic and nonholonomic constraints with examples || Forces of constraints

37:42

Vector field and scalar field with Examples || Electromagnetism lectures

45:59

Introduction to Electromagnetism || Difference between dot product and cross product

48:53

Degrees of Freedom || Constraints || Generalized Coordinates || Classical mechanics Lectures

41:39

Introduction to classical mechanics || Full course for Msc Physics

34:51

what is the meaning of Integration? || Applications of Integration

33:44

What is the meaning of Differentiation? || Why is the derivative of sinx is cosx?

21:24

General Poisson bracket under canonical transformation || Invariance of Poisson bracket w.r.t. CT

30:03

Fundamental Poisson bracket under canonical Transformation || Invariance of Poisson Bracket wrt CT

19:12

Angular momentum and Poisson Brackets || Classical Mechanics Lectures

24:20

Poisson Bracket || Properties of Poisson Bracket || Classical Mechanics Lectures

27:37

Conditions for Canonical transformation || Bilinear invariant condition || Classical Mechanics lec.

23:16

Procedure for application of Canonical Transformation || Harmonic Oscillator

31:54

Generating Function for Canonical Transformation || Classical Mechanics Lectures

25:44

Canonical Transformation || Legendre Transformation in Classical mechanics || Generating Function

33:02

Hamiltonion Function || Hamilton's equations || How to Convert Lagrangian to Hamiltonion

49:21

Applications of Coriolis Force || Free fall of a body on Earth's Surface || Formation of Cyclone

29:53

Uniformly Rotating bodies || Coriolis force and Centrifugal force || Classical Mechanics Lectures

34:18

Centrifugal and Centripetal force || Circular Motion || Classical Mechanics Lectures

39:03

Fictitious or Pseudo Force || Non-inertial Frame || Classical Mechanics Lectures

35:21

Rutherford Scattering Cross- Section || Classical Mechanics Lectures

33:23

Scattering in A Central Force Field || Classical Mechanics Lectures

37:12

Artificial Satellite || Geosynchronous and Geostationary Orbit || Classical mechanics Lectures

50:13

Stability and Closure of orbit under Central Force || Classical mechanics Lectures

24:00

Kepler 3rd Law of Planetary Motion || The Harmonic Law|| Classical mechanics Lectures

01:01:17

Kepler Laws of Planetary motion || The Law of elliptical Orbits and the Law of Areas || Part -1

32:17

Equations of motion under central force | Differential equation for an orbit || classical mechanics

27:47

Central force and Motion in a plane || Classical mechanics lectures

48:08

Reduction of Two body central force problem to the equivalent one Body problem | classical mechanics

16:59

Traingular wave generator || Square wave generator || function generator

17:05

Brownian motion

31:39

One Dimensional Random Walk

16:35

Concentration fluctuations in Quantum statistics

22:51

Fluctuations in Ensamble

32:51

Ising model in one and two dimension

56:09

Fowler- Guggenheim Approximation || Ising model

34:57

Bragg- Williams Approximation || Ising Model

26:52

Comparator || Regenerative Comparator || Schmitt Trigger using an Op-Amp

24:27

Phase transition of second kind || Ising model

19:52

Thermionic Emission of electrons

13:49

Counter type Analog to digital converter

19:56

Electrons in Metals

32:06

R- 2R ladder digital to analog converter

32:20

Energy and Pressure of Fermi- Dirac gas

20:59

Liquid Helium | As an application of B-E gas

34:16

Thermal properties of Bose- Einstein gas

32:55

Binary- Weighted- Resistor | Digital to Analog Converter

40:30

Bose -Einstein Condensation | Derivation for Bose -Einstein Gas