Notices
 

Classical Mechanics-I-::-Dec20-Mar21@CMI --- Practical Information-II

For page specific messages
For page author info

Classical Mechanics-I-::-Dec20-Mar21@CMI ---  Practical Information-II

This page has a listing of  lectures delivered and  links to  draft copy of lecture notes and other resources.


 

For  information about topics planned in different units and useful links please visit
See also Classical Mechanics-I-::-Dec20-Mar21@CMI ---  Practical Information-I

 

 For complete set of study resources : Click and GO TO Moodle Course Site

 Click Here :: For Previous Year's Resources

Unit-A   Some Mathematical  Preparation

  1. Dec 14, 2020 ---  Lecture 1
    • Course Overview
  2. Dec 18, 2020 Class Cancelled for Technical Reasons
  3. Dec 21, 2020  --- Lecture 2
  • Dec 28, 2020  --- Lecture 3    
    1. Rotation of Vectors,
    2. Kronecker delta and Levi-Civita epsilon symbols
  • Jan 1, 2021  --- Lecture 4  [Extra Class to Compensate for class on Dec 18, 2020]
    • Tutorial and Concluding Remarks (To Be Linked)
  • Jan 4, 2021  --- Lecture 5
    • Newton's Laws of Motion; Inertial and Non Inertial frames
  •  

     


    Unit -B Review of Newton's Laws

    1. Jan 4, 2021
       Structure of Newtonian Mechanics
        Frames of Reference
    2. Jan 8, 11, 15, 2021, [Cancelled]

    Unit-C Energy Conservation; One and Two Particle Systems

    Conservative and Non-conservative Forces; Energy Conservation;
    Bounded Motion, Time period; Small Oscillations;
    Getting qualitative features using energy conservation

    Unit-D Two Body Systems reduced to one body problem

    Separation of Centre of Mass; Motion of centre of mass and relative motion;
    Conservation of Total Momentum; Two particle collisions.
    Angular Momentum Conservation in  spherically symmetric potential problems
    Planetary motion; Bounded and unbounded orbits;
    Qualitative features of motion in a spherically symmetric potential.Scattering.

    Unit -E Multi-particle systems

    Momentum, Energy, and Angular Momentum of a multi-particle system;
    Separation into center of mass and relative coordinates.
    Galilean Transformations

    Remaining Topics

    • Kinematics of Rigid Bodies;
    • Rigid Body Dynamics-I
    • Special Theory of Relativity
    • Euler Lagrange Formulation
    • Action Principle; Hamiltonian formulation; Poisson brackets;
    • Dynamics of Rigid Bodies-II

     

    Links for Google Forms to be submitted

    Form 1

    Form 2

    Form 3

    Form 4

    Form 5

    Form 6

     


     

    Exclude node summary : 

    n
     
    X