Newtonian Mechanics

Prerequisites: Differential Geometry

  1. [Stephen T. Thornton, Jerry B. Marion] - Classical Dynamics of Particles and Systems
  2. [John R. Taylor] - Classical Mechanics
  3. [Murray R. Spiegel] - Theoretical Mechanics
  4. [T. M. Helliwell, V. V. Sahakian] - Modern Classical Mechanics
  5. [David Morin] - Introduction to classical mechanics
  6. [Kleppner, Kolenkow] - An Introduction to Mechanics
  7. [Florian Scheck] - Mechanics from Newtons Laws to Deterministic Chaos
  8. [Walter Greiner] - Classical Mechanics Systems of Particles and Hamiltonian Dynamics
  9. [A. P. French] - Newtonian Mechanics
  10. [Wolfgang Nolting] - Theoretical Physics 1, Classical Mechanics
  11. [V. I. Arnold] - Mathematical Methods Of Classical Mechanics
  12. [Tom W.B. Kibble, Frank H. Berkshire] - Classical Mechanics
  13. [Grant R. Fowles, George L. Cassiday] - Analytical Mechanics
  14. [L. D. Landau, E. M. Lifshitz] - Mechanics
  15. [A. N. Matveev] Mechanics and Theory of Relativity
  16. [M. G. Calkin] - Lagrangian and Hamiltonian Mechanics
  1. Kinematics
    1. What is Time
    2. Reference Frames
    3. Vector-Valued Functions
    4. Coordinate Systems
  2. Newton's Laws of Motion
    1. Mass and the First Law
    2. Momentum and the Second Law
    3. The Third Law
    4. Galilean Relativity
  3. Motion in a Uniform Field
    1. N/A
  4. Energy
    1. N/A.
  5. Simple Harmonic Oscillator
    1. N/A
  6. Oscillation
    1. N/A.
  7. Central Forces
    1. N/A.
  8. Systems of Particles
    1. N/A.
  9. Noninertial Frames
    1. N/A.
  10. Rigid Bodies
    1. N/A.
  11. Collision Theory
    1. N/A