Classical mechanics: from newtonian to lagrangian formulation

Lecture 1:.
Lecture 2:.
Lecture 3:.
Lecture 4:.
Lecture 5:.
Lecture 6 : Systems with variable mass - 3.
Lecture 7 : Systems with variable mass - 4.
Lecture 8 : Central force - 1.
Lecture 9 : Central force - 2.
Lecture 10 : Central force - 3.
Lecture 11: Central force - 4.
Lecture 12 : Central force - 5.
Lecture 13 : Central force - 6.
Lecture 14 : Central force - 7.
Lecture 15 : Central force - 8.
Lecture 16 : Central force - 9.
Lecture 17 : Central force - 10.
Lecture 18 : Central force - 11.
Lecture 19 : Central force - 12.
Lecture 20 : Central force - 13.
Lecture 21 Central force - 14.
Lecture 22: Central force - 15.
Lecture 23:Mooring Co-ordinate Systems - 1.
Lecture 24: Mooring Co-ordinate Systems – 2.
Lecture 25: Mooring Co-ordinate Systems – 3.
Lecture 26: Mooring Co-ordinate Systems - 4.
Lecture 27: Rigid body dynamics - 1.
Lecture 28: Rigid body dynamics - 2.
Lecture 29: Rigid body dynamics - 3.
Lecture 30: Rigid body dynamics - 4.
Lecture 31 : Rigid body dynamics - 5.
Lecture 32 : Rigid body dynamics - 6.
Lecture 33 : Rigid body dynamics - 7.
Lecture 34 : Rigid body dynamics - 8.
Lecture 35 : Rigid body dynamics - 9.
Lecture 36 : Rigid body dynamics - 10.
Lecture 37 : Rigid body dynamics - 11.
Lecture 38 : Rigid body dynamics - 12.
Lecture 39 : Rigid body dynamics - 13.
Lecture 40 : Rigid body dynamics - 14.
Lecture 41 : Rigid body dynamics - 15.
Lecture 42 : Rigid body dynamics - 16.
Lecture 43 : Lagrangian Formulation – 1.
Lecture 44 : Lagrangian Formulation – 2.
Lecture 45 : Lagrangian Formulation – 3.
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