Classical Mechanics, Lecture #21 |
Mohammed Abu_jafar |
constraints, Degree of freedom, Generalized coordinates, Generalized forces, Lagrangian mechanics, Some applications |
Wed, 2011-11-30 |
Classical Mechanics, Lecture #22 |
Mohammed Abu_jafar |
Derivation of Lagrangian equations for nonconservative force, examples, Generalized momenta, Hamilton's canonical equations, Hamilton's variation principle, Hamiltonian function |
Mon, 2011-12-05 |
Classical Mechanics, Lecture #23 |
Mohammed Abu_jafar |
Continue/examples, Discussion Hw#6 (Chap. 10) |
Wed, 2011-12-07 |
Classical Mechanics, Lecture #24 |
Mohammed Abu_jafar |
Continue/Discussion Hw#6 (Chap. 10), Solving Exam#2 |
Mon, 2011-12-12 |
Classical Mechanics, Lecture #25 |
Mohammed Abu_jafar |
Differential equation for the orbit, Effective potential, Energy equation for an orbit in a central field, Equation for an ellipse, Examples ., Kepler's Laws of Planetary motion, Potential energy in a general central field |
Wed, 2011-12-14 |
Classical Mechanics, Lecture #26 |
Mohammed Abu_jafar |
Discussion Hw#7(Chap. 6), Effective potential for the Inverse-square law of force and the limits of the radial motion, examples, Nearly circular orbits in central fields : stability, Review |
Mon, 2011-12-19 |