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Chemistry formulae and equations

Node id: 4580page

The site supports typesetting chemical formulae and equation using MathJax extension mhchem.

Here are a few examples taken from the mhchem manual site.

 

ranjan's picture 21-08-14 00:08:08 n

Classical Mechanics

Node id: 2723page
kapoor's picture 20-02-08 16:02:44 n

Classical Mechanics [lnk]

Node id: 3385page
kapoor's picture 22-08-26 00:08:02 n

Classical Mechanics (2018) :: Course given at University of Hyderabad

Node id: 2094page
Classical Mechanics-I
A course given at University of Hyderabad
Summer Semester May14 - July10 (2018)
kapoor's picture 22-08-25 08:08:38 n

Classical Mechanics --- Notes for Lectures and Problems [CM-MIXED-LOT]

Node id: 4687collection

NOTES FOR LECTURES ON CLASSICAL MECHANICS



NOTES FOR LECTURES  

  • NOTES/CM-01 Topics in Newtonian Mechanics

PROBLEMS

 

AK-47's picture 21-12-30 22:12:02 n

Classical Mechanics :: Lecture Notes == Home-Page

Node id: 2031page
kapoor's picture 22-08-17 13:08:36 n

Classical Mechanics Problem Sets

Node id: 900page
kapoor's picture 19-12-28 03:12:44 n

Classical Mechanics Self Study Units

Node id: 906page
kapoor's picture 19-12-28 03:12:40 n

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

Node id: 3990page

Please visit the following page for list of topics covered, and for plans of next few lectures.

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

kapoor's picture 21-05-20 16:05:34 n

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

Node id: 3999page

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

 

kapoor's picture 21-05-20 16:05:34 n

Classical Theories Revisited

Node id: 4638page
AK-47's picture 21-09-12 14:09:40 n

Click on Plus Sign

Node id: 3566page

Please Go Back

Click on Any Plus Sign, $\boxplus$, to Expand the Section

kapoor's picture 20-04-11 14:04:53 n

CM-03 Action Principle (Lecture Notes)

Node id: 1257page

Prerequisites:Formulation of Euler Lagrange Equations fron Newton's Laws

Goals and Milestones:

  1. Euler Lagrange equations follow from vartaional principle known as Hamilton's principle.
  2. A symmetry transformation is a tansforamtion of generalized coordinates which leaves the Lagrangian invariant upto a total time derivative.
  3. Noether's theorem states that there exists a conserved quantity corresponding to a every contnuous  transformation which is a symmetry transformation of the acton.
  4. Learn about some well known conservation laws and corresponding symmetry transformation.

    Conservatiion of total momentumSymmetry under translations
    Conservation of \(k^\text{th}\) component of total  angular momrntumSymmetry under rotations about  \(k^\text{th}\) axis.
    In absence of exteral forces the centre of mass of a multipparticle system  moves with constant velocity.Symmetry under Galiliean transformations.
       
kapoor's picture 19-12-28 03:12:03 n

CM-03 Action Principle (ProbSets)

Node id: 902page
kapoor's picture 19-12-28 03:12:44 n

CM-05 Spherically Symmetric Potential Problems (Lecture Notes)

Node id: 898page

 

kapoor's picture 19-12-28 03:12:44 n

CM-06 Spherically Symmetric Potentials (SSUnits)

Node id: 907page
kapoor's picture 19-12-28 03:12:40 n

CM-Mod01:: Selected Problems in Newtonian Mechanics

Node id: 1957page

Bloom Category :Application and Anaysis

The problems relating to bounded motion in one dimension appear here.

kapoor's picture 20-02-08 16:02:01 n

CM-Mod01:: Selected Problems in Newtonian Mechanics

Node id: 3697page
kapoor's picture 22-08-24 22:08:19 n

CM-Mod02 :: Euler Lagrange Equations of Motion

Node id: 1958page
kapoor's picture 20-02-08 16:02:01 n

CM-Mod03 :: Action Principle

Node id: 2015page
kapoor's picture 20-02-08 16:02:01 n

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