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MOMENT OF INERTIA OF AN ANNULAR DISC
MOMENT OF INERTIA OF A HOLLOW CYLINDER OF FINITE THICKNESS OF THE SURFACE
MOMENT OF INERTIA OF HOLLOW CYLINDER OF NEGLIGIBLE THICKNESS AT THE SURFACE
DERIVATION OF MEAN FREE PATH
MAXWELL BOLTZMANN VELOCITY DISTRIBUTION LAW|| LECTURE -06 ||
SPECIFIC HEAT OF GASES
DEGREES OF FREEDOM || LAW OF EQUIPATRTION ENERGY||
KINETIC INTERPRETATION OF TEMPERATURE || KINETIC THEORY OF GASES|| LECTURE-3 ||
PRESSURE EXERTED BY A GAS ||KINETIC THEORY OF GAS|| LECTURE-2||
ASSUMPTIONS OF KINETIC THEORY OF GASES||POSTULATE OF KINETIC THEORY OF GASES|| LECTURE-1||
Mean free path || Kinetic theory of gases|| Physical Intuition||
PROBABILITY CURRENT DENSITY || PROBABILITY CURRENT DENSITY IN QUANTUM MECHANICS||
ONE DIMENSIONAL POTENTIAL BARRIER|| TUNNELING EFFECT||
ONE DIMENSIONAL POTENTIAL BARRIER
POTENTIAL STEP || POTENTIAL STEP IN CASE QUANTUM MECHANICS|| PART-3||
REFLECTION OR TRANSMISSION COEFFICIENT || POTENTIAL STEP OR SINGLE STEP BARRIER|| PART-2||
POTENTIAL STEP OR SINGLE STEP BARRIER || POTENTIAL STEP IN QUANTUM MECHANICS || PART-1||
EIGEN FUNCTION OR WAVE FUNCTION OF SIMPLE HARMONIC OSCILLATOR ||PART-3||#eigenfunction#harmonics#phy
LINEAR HARMONIC OSCILLATOR IN QUANTUM MECHANICS || ONE DIMENSIONAL HARMONIC OSCILLATOR || PART - 2 |
LINEAR HARMONIC OSCILLATOR IN QUANTUM MECHANICS || ONE DIMENSIONAL HARMONIC OSCILLATOR || PART - 1 |
LS- COUPLING || RUSSELL AND SAUNDERS COUPLING||
ss-Coupling ||Spin - Spin Coupling||
ll-Coupling || Coupling Scheme|| Orbit- Orbit Coupling||
SPIN ORBIT INTERACTION AND DOUBLET TREM SEPARATION ( PART-2)
Energy Determination of Electron for Penetrating Orbit And Quantum Defect (Part-2)
Energy Determination of Electron for Penetrating Orbit (Part-I)
PENETRATING AND NON PENETRATING ORBIT
SPIN-ORBIT INTERACTION (VECTOR MODEL OF ATOM PART-2)