17:20

Gauss Divergence Theorem: Statement and proof

22:35

Divergence of Vector Function and it's Physical Significance

10:46

Position of Image Plane and Magnification of the Optical System

16:44

Position of Image Plane and Magnification by Spherical Reflecting Surface

13:59

Effect of Refraction and Refraction Matrix

07:41

Refraction: Basic Idea

08:55

Effect of Translation and Translation Matrix

13:15

Importance of Grad ɸ (Scalar Field)

06:39

Physical Significance of Grad ɸ (Scalar Field)

14:43

System Matrix for Thin lens: Derivation of Lens Maker's Formula

11:04

Gradient of Scalar Field

17:38

Serum Phosphorus by Amitender Sir

14:55

Serum Calcium by Amitender Sir

11:15

Serum Amylase by Amitender Sir

06:27

Lecture 36# Change in Temperature during Adiabatic Compression

08:13

Cleaning of Laboratory Glassware & Plasticware by Amitender Sir

11:45

Acid Phosphatase (ACP) by Amitender Sir

09:13

Alkaline Phosphatase (ALP) by Amitender Sir

07:57

Lecture 35# Cooling Produced by Adiabatic Expansion

17:09

Lecture 34# Relation between Specific Heat of gas by Thermodynamic Relations

08:32

Lecture 33# Stefan's Law from Maxwell's Thermodynamic Relations

07:47

Lecture 32# Cohesive Force from Thermodynamic Relations

13:47

Lecture 31# Variation of Internal Energy with Volume

08:56

Lecture 30# Effect of Pressure on Expansion and Contraction

07:09

Lecture 29 #Clausius Clapeyron Equation derived from Maxwell's Thermodynamic Relations

12:50

SGPT/SGOT by Amitender Sir

07:59

Blood Components and Separation of Serum/Plasma by Amitender Sir

13:39

Introduction to Biochemistry by Amitender Sir

28:25

Health & Hygiene by Amitender Sir

13:24

Formation, Excretion and Determination of Serum Bilirubin by Amitender Sir

06:30

Lecture 28# Maxwell's Fourth Relation derivation from Gibb's Free Energy

06:03

Lecture 27# Maxwell's Third Relation Derivation from Enthalpy

07:09

Lecture 26# Maxwell's Second Relation Derivation from Helmholtz Function

08:23

Lecture 25# Maxwell's First Relation Derivation from Internal Energy

18:37

Lecture 24#How to Learn and use Thermodynamical Square in simple steps

11:10

Lecture 23# Thermodynamical Function: Gibb's Free Energy

11:15

Lecture 22# Thermodynamical Function: Helmholtz Free Energy

12:32

Lecture 20# Thermodynamical Function: Internal Energy

15:38

Lecture 21# Thermodynamical Function: Enthalpy

05:34

Lecture 19# Thermodynamical Functions

15:02

Lecture 18/2# Derivation of Maxwell's Thermodynamical Relations with Simple Trick

12:48

Lecture 18/3# Learn Maxwell's Thermodynamical Relations with Simple Tricks

13:26

Lecture 18/1# Maxwell's Thermodynamical Relations

10:32

Lecture 17#Triple point on phase diagram

19:36

lecture 16# thermodynamics#Phase Diagram

18:03

Lecture 15# Second Latent Heat Equation

09:40

Lecture 14/2# Clausius Clapeyron Equation: Important outcomes

19:01

Lecture 14/1# Clausius Clapeyron Equation

18:26

Lecture 11# Joule's Free Expansion and Joule-Thomson Effect

21:17

Lecture 13# Joule-Thomson Effect: Analytical Treatment

22:22

Lecture 12# Theory of Porous Plug Experiment

12:02

Lecture 9#Temperature Entropy Diagram

22:20

Lecture 10#Entropy of Perfect Gas

08:40

Lecture 8#Various aspects of entropy

14:57

Lecture 7#Entropy change: Reversible and Irreversible process

16:28

Lecture 6#Entropy Introduction#Entropy and Adiabatic curves

11:32

Lecture 5#Kelvin's Thermodynamic Scale of Temperature and Absolute Zero

17:16

Lecture 4#Carnot Theorem :Statement and Proof

18:18

Lecture 3#First and Second Law of Thermodynamics

11:39

Lecture 1#Introduction of thermodynamics, B.Sc. Physics and Chemistry