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Lec 7,; 9

Lec 6 | Vibration in one dimensional monoatomic Lattice (part 1) | b. sc 3rd yr

Lec 8| Energy distribution in the spectrum of black body radiation |b.sc 2nd yr

Lec 7| introduction of Black Body Radiation | B. sc 2nd yr | JNVU

Lec 5 | Absolute Scale of Temperature | B. sc 2nd yr | JNVU

Lec 4| Carnot Theorem | Statistical & Thermodynamics || B. sc 2nd yr | JNVU

Lec 3| Carnot cycle ( part 2) |B.sc 2nd yr | JNVU

Lec 3|Carnot cycle (part 1) | Statistical & thermal physics | bsc 2nd yr| JNVU

Lec 2| Concept of carnot engine | statistical & thermal physics | B. sc 2 nd yr| JNVU

Lec 01 | Second law of thermodynamics | unit 04| bsc 3rd yr | JNVU

Lec 5| Medelung Constant for NaCl crystal | B. sc 3rd yr | crystal structure| JNVU

Lec 21| Reciprocal lattice of BCC | crystal structure| JNVU

Lec 20| Reciprocal lattice of SCC | B. sc. 3 rd yr| JNUV

Lec 19 | Concept, construction and propertirs of Reciprocal lattice | B. sc3rd yr | JNUV

Lec 4| Modification in chohesive energy | crystal structure|B.sc.3rd yr|JNVU

Lec 3 | Evaluation of parameter B & n| crystal structure| b. sc. 3rd yr |JNVU

Lec 2| Cohesive Energy of ionic crystal derivation || Crystal structure|| B. Sc3rd yr | JNVU

Lec 18| Rotating crystal method of x-ray diffraction| crystal structure| JNVU

Lec 17| Powder method of x-ray diffraction| crystal structure|JNVU

Lec 01| crystal binding & types of bond | unit 2 | crystal structure|solid state physics| JNVU

Lec 16| Bragg's equation from Laues Method (Part 2) | crystal structure|JNVU

Lec 14 | Laue's method of X- ray Diffraction| crystal structure| JNVU

Lec 15| Bragg's equation from Laues method(part 1)| Crystal structure| JNVU

Lec 13| Bragg's equation& x-ray diffraction || crystal structure| B. Sc. 3rd yr

Lec 12| Proton Proton cycle | Nuclear Physics| B.sc physics|JNVU

Lec-11| Corbon Nitrogen cycle| Nuclear physics |B.sc 3rd yr | JNVU|

Lec 10 | Difference b/w Nuclear fusion & Nuclear fission | bsc 3rd yr|

Lec 9|Nuclear fission (part 2) | Nuclear physics| bsc 3rd yr| JNVU| jodhpur