04:26

Endergonic and exergonic reactions, Redox potential

09:28

Bioenergetics, concept of free energy and relationship between changes in free enrrgy, enthalpy

06:51

Proteins: Definition, classification, chemical nature and biological role

11:04

Amino acids: Definition, classification, chemical nature and biological role

06:38

Nucleic Acids: Definition, classification, biological role and chemical nature

13:01

Lipids: Definition, classification, chemical nature and biological role // biochemistry

06:44

Carbohydrates: Definition, classification, biological role and chemical nature

03:42

Biomolecules // Introduction //biochemistry

06:21

Detectors used in uv spectroscopy and instruments

07:20

instrumentation of UV spectroscopy // light sources // monochromators // sample cells // slits

10:34

Beer's Lambert's law//Derivation //Deviation //UV spectroscopy

05:07

solvents effects // UV spectroscopy //instrumental methods of analysis

15:38

Uv spectroscopy:Introduction, Principle, electronic transition and spectral shifts

07:30

QSAR in medicinal Chemistry

12:45

various approach used in drug design

07:22

Introduction or Principle of drug design

08:47

Sulfonamides and sulfone: Chemistry, classification, structure, MOA and uses

07:04

Anthelmintics drugs // medicinal Chemistry ll sem 6

06:05

Chloramphenicol / introduction/MOA/uses/resistance/spectrum activity/adverse effect

03:45

GTU paper solution ll Cycloalkanes unit 5

04:07

Sachse Mohr theory or stainless theory of rings

05:53

Coulson and Moffitt modification or Bent bond/ Banana bond theory

06:45

Baeyer strain theory

04:04

Reactions of cyclopropane and cyclobutane

03:01

Methods for preparation of Cycloalkanes

02:26

Introduction of cycloalkanes

02:22

Triphenyl methane: Structure, Synthesis, Reactions, Medicinal uses and derivatives

04:54

Diphenyl methane: Structure, Synthesis, Reactions, Medicinal uses and derivatives

08:49

Anthracene: Synthesis, structure, reactions, medicinal uses and derivatives

10:40

Phenanthrene : Structure, synthesis, reactions, medicinal uses and derivatives

09:10

NAPHTHALENE: Structure, Synthesis, Reactions, Medicinal uses and derivatives

01:45

Polynuclear Hydrocarbon : Introduction

05:36

GTU PAPER SOLUTION //UNIT-2 // OC-II // FATS AND OILS // 2017-2023

06:32

Iodine value and Acetyl value

04:34

Ester Value and RM Value

07:29

ACID Value and Saponification Value

04:25

Rancidity of oils and Drying of Oils

06:08

Fatty acids reactions: Hydrolysis, Saponification and Hydrogenation

03:26

FATS AND OILS: Introduction, Difference between fats and oils and applications of fat and oils

13:49

GTU paper solution ll Unit-2 ll part-2 ll Organic Chemistry-II

13:22

GTU Paper solution (2017 to 2023) unit-2 ll part-1 ll Organic Chemistry-II sem -3

03:26

Important reactions of Benzoic acid

09:27

introduction of aromatic acid, acidity of aromatic acid and effect of substituents on acidity

06:15

Synthetic uses of aryl diazonium salt

02:56

Effect of substituents on basicity of aromatic amines

04:55

Basicity of aromatic amines

02:35

Introduction and classification of aromatic amines

03:31

structure and uses: phenol, resorcinol, napthol and cresol

04:31

Qualitative tests for phenol

02:52

Effect of substituents on acidity of Phenol

06:04

Acidity of Phenol

01:56

Introduction, classification and application of Phenol

08:46

Molecular orbital picture of benzene or orbital structure of benzene

03:14

Structure and Uses:DDT, BHC, Saccharine, Chloramine

10:32

Orientation of mono substituted benzene

14:35

Substituents, Effect of substituents on reactivity of mono substituted benzene

19:42

Chemical reactions of benzene ll Halogenation, Nitration, sulfonation, friedel craft alkylation

05:43

Preparation methods of Benzene

10:38

Stability of benzene or Resonance energy of benzene

05:23

Resonance structure of benzene ll Resonance theory of benzene