17:37

Stability of nucleus and N to P ratio

03:46

Carbon fixation and Carbon cycle

11:47

electron transport proteins

10:19

Metalloporphyrin- a brief description

15:28

Raman spectroscopy introduction and quantum theory..

18:19

Hemoglobin and myoglobin

09:11

photolithography

18:06

conformation of cyclohexane

06:54

Henderson equation

08:54

Buffer solution

25:11

The Hammett equation- significance of ρ (rho) and σ (sigma)

14:58

Hammett equation (in english)- Linear Free Energy Relationship (LFER)

15:15

Taft equation (in English) - Linear Free Energy Relationship (LFER)

13:51

addition -elimination reactions of aldehydes and ketones

15:32

Silicones

13:59

RESOLUTION

05:43

racemisation

07:48

critical angle

08:39

refractive index

18:06

Conformations of cyclohexane

05:41

packing fraction

13:49

E and Z nomenclature

15:09

photosynthesis

19:20

geometrical isomerism

08:13

Sodium- potassium pump

21:34

N to P ratio and modes of decay in nuclear chemistry

06:25

Gas chromatography

03:32

Size exclusion chromatography

07:24

Ion exchange chromatography

06:22

Paper chromatography

13:32

Thin layer chromatography

10:08

Adsorption chromatography

06:31

Biochemistry of iron

11:18

Carbon fixation

08:58

Nitrogen fixation

12:01

Chromatography- introduction

13:20

Complexometric titration

12:29

Precipitation titration

08:56

Phase transfer catalysis

05:34

Through conjugation

08:04

Marcus theory

05:43

Special salt effect

05:56

Salt effect

10:32

Solvent polarity parameters

09:21

Taft equation

16:00

Non-linear Hammett plots