08:34

How to calculate Molarity when the analyte is solid ?

09:28

How to prepare a 0.1 M NaOH solution ?

01:49:18

Pyridine: Detailed/Full Class

15:10

Uses of Pyridine

02:15

Pyridine : Medicinal uses

10:44

Pyridine : Solvent properties and applications.

04:12

Reaction of Pyridine with Methyl Bromide: An example of SN2 mechanism.

05:50

Reduction of Pyridine: Catalytic Reduction using Nickel

09:38

Oxidation of Pyridine: Synthesis of Pyridine-N-oxide from Pyridine.

06:08

Chichibabin Reaction of Pyridine

03:06

At which position would the Nucleophile attack at the pyridine ring ?

01:24

Why does Pyridine undergo Nucleophilic Aromatic Substitution ?

03:28

Why does Pyridine undergo Electrophilic Aromatic Substitution under vigorous conditions ?

04:20

At which position does Electrophilic Aromatic Substitution take place for Pyridine ?

19:26

Pyridine : Electrophilic Aromatic Substitution Reaction

08:05

Why is Pyridine more basic than Pyrrole ?

03:53

Why is Pyridine less basic than trimethylamine ?

14:42

Basicity of Pyridine

05:53

Hantzsch Pyridine Synthesis

12:47

Synthesis of Pyridine : Hantzsch Synthesis and other 3 Synthetic routes.

03:55

Why is Pyridine aromatic in nature ?

02:11

Pyridine : Resonance Hybrid Structure.

09:22

Pyridine : An Introduction.

02:07

Why is it that aliphatic aldehydes do not self-condense in a Claisen - Schmidt Condensation?

02:40

Synthesis of Flavones from Substituted Benzaldehydes: Claisen - Schmidt Condensation.

01:54

Synthesis of Chalcones through Claisen - Schmidt Condensation.

01:25

How to synthesize Benzlyidene acetone from Benzaldehyde through Claisen - Schmidt Condensation?

01:34

Synthesis of Cinnamaldehyde : Claisen - Schmidt Condensation.

07:32

Synthetic Importance of Claisen - Schmidt Condensation.

01:17

Why you should not use conc. NaOH in Claisen - Schmidt Condensation?

17:12

Claisen - Schmidt Condensation: Reaction & Mechanism.

09:08

Synthetic Importance of Beckmann Rearrangement : Paracetamol & Caprolactam.

13:14

Synthesis of lactams from cyclic oximes : Beckmann Rearrangement.

09:10

Synthesis of nitriles from aldoxime: Beckmann Rearrangement.

13:54

Beckmann Rearrangement: Synthesis of N-substituted amide from Ketoximes.

12:41

Synthesis of Oximes from Aldehydes and Ketones

02:22

Is interconversion b/w Cis and Trans isomer possible?

01:46

Relative stability of Cis-trans isomerism

30:26

Geometrical Isomerism / Cis-trans Isomerism : Full Class

35:03

Achiral Compounds / Elements of Symmetry : Plane, Center and Alternating Axis of Symmetry

34:11

Birch Reduction: Reaction, Mechanism & Synthetic Importance

34:56

Structural Elucidation of Benzene, Part - II : Resonance Hybrid Structure

44:16

Structural Elucidation of Benzene , Part - I : Kekule Structure

28:44

Wolf - Kischner Reduction : Reaction, Mechanism and Synthetic Utility

40:00

Isomerism: Structural and Stereoisomers / Subtypes with examples

04:09

Bromination of Nitrobenzene - Short Version

37:02

Stereoselective Reduction of Alkynes / Catalytic Hydrogenation / Dissolving Metal Reduction

31:50

Keto-Enol Tautomerism

21:32

Bromination of Nitrobenzene

26:10

Benzyne Mechanism / Nucleophilic Aromatic Substitution

25:48

Wittig's Reaction / Ylides

30:06

Preparation of Cycloalkanes

34:31

Coordinate Covalent Bond / Ligands / Metal Ions / Properties

34:49

Covalent Bonding / Polar & Non-polar/ Sigma & Pi bond

31:22

Ionic Bonding / Crystal lattice Structure / Coloumb's Forces of Attraction & Properties

30:13

Fries Rearrangement : Reaction, Mechanism & Significance

33:17

Polarity & Dipole moment / Conditions for polarity / Significance

39:16

Nucleophiles & Leaving Group / Impact on SN1, SN2, E1 & E2 Reaction

33:23

Reformatsky Reaction : Reaction, Mechanism & Significance

27:08

Perkin Condensation: Reaction, Mechanism & Significance