09:39

Oxidising-Agents: Pyridinium Chloro Chromate - Preperation method and applications...

04:02

Oxidation of Primary Alcohol to Aldehyde by Pyridinium Chloro Chromate(PCC). Reaction with mechanism

01:03

Primary, Secondary and Tertiary Carbons.

02:38

Wurtz Reaction ( Preparation method of Alkanes)

05:11

Wurtz-Fittig Reaction.( Preparation method of Alkanes).

07:20

Introduction of Alkanes.

01:13

Azo-Dye Test for Aniline.

06:35

Acidic Nature of Alkynes.

07:04

Alkynes( introduction and preperation methods).

03:30

Diel's-Alder Reaction ( Cyclo-addition reaction).

07:20

1,2 and 1,4- Addition Reactions of Dienes.

03:39

Dienes.( Definition and classification)

06:27

Chemical properties of alkenes.

07:03

Anti-Markownikoff's Rule.( Easy explanation with example).

06:50

Markownikoff's Rule( in chemical properties of alkenes- Addition reaction of hydrogen halides)

04:10

Hofmann's Elimination Reaction.

02:39

E1-CB Reaction with mechanism.

03:11

E2 Reaction with mechanism.

06:29

Introduction of Elimination Reaction and E1 Reaction with mechanism..

05:41

Saytzeff's Rule or Zaitsev's Rule..

04:07

Preparation methods of alkenes.

05:00

Alkenes( introduction and Structure of some alkenes).

02:54

Hunsdiecker Reaction( reaction with mechanism).

03:44

Hell Vohlord Zelinsky (HVZ reaction with mechanism)

04:09

Arndt-Eisterst Synthesis.( reaction with mechanism).

03:44

Baeyer-Villiger Oxidation. ( reaction with mechanism).

05:20

Michael Addition (reaction with mechanism).

04:28

Clemmensen's Reduction.(reaction and mechanism)

03:46

Esterfication(reaction and mechanism)

03:40

Determination of transport number by Hittorf's method.

05:26

Transport Number.

06:07

Kohlrausch law and it's applications.

04:52

Ostwald's dilution law.

09:11

Introduction of Electrochemistry and Arrhenius theory.

08:38

Applications of NMR with suitable examples.

05:17

Spin-Spin Interaction.

07:07

Factors affecting Chemical Shift.

05:02

Chemical Shift.

07:15

Principle of H'NMR spectroscopy. Equivalent and Non-equivalent protons.

06:03

Interpretation of IR spectra (alcohols,amines and carbonyl compounds).

08:15

Characteristic absorption bands of various functional groups and interpretation of spectra(alkanes)

05:48

Fundamental vibrations and overtones. (calculation of degrees of freedom).

08:47

Introduction of Infrared Spectroscopy and Modes of Vibrations in molecules.

06:41

Effect of conjugation in U.V-Visible spectroscopy.

07:32

Absorption and Intensity shifts.

07:13

Chromophore and Auxochrome.

10:50

Types of Electronic Transitions.

08:10

Introduction on U.V-Visible Spectroscopy and Energy levels of molecular orbitals.

08:13

Applications of Beer-lamberts law.

04:51

Spectrophotometer and it's classification.

06:41

Transmittance, Absorbance and Molar absorptivity. (Explanation in simple way)

08:22

Beer-lamberts law(derivation and limitations)

07:28

Lambert's law(derivation).

09:42

Spectroscopy (introduction and types of atomic spectra)

11:49

Solubility and Solubility Product.

11:35

Common Ion effect and it's applications.

08:17

Ionic Product of water and it's applications.

06:05

Ionization of acid and base.

07:08

Ionic Equilibrium(basic terms and introduction)

04:44

Abnormal Molecular masses.