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organic chemistry class 12 naming reaction
Naming reaction of organic chemistry class 12
Naming reaction organic chemistry class 12
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Time stamp
Chapters are
0:00 - 1:06 Introduction
1:06 - 1:50 Wurtz reaction (Haloalkane)
1:50 - 3:16 Williamson ether ( Haloalkane)
3:16 - 3:51 Reimer Tiemann reaction (Haloalkane)
3:51 - 5:21 Carbyl amine reaction (Haloalkane)
5:21 - 6:12 Darzen reaction (Haloalkane)
6:12 - 7:49 Diazotization reaction (Haloarene)
7:49 - 8:58 Sandmeyer reaction (Haloarene)
8:58 - 9:14 Gatterman reaction (Haloarene)
9:14 - 10:01 Dows process (Haloarene)
10:01 - 12:54 Friedal Craft reaction (Haloarene)
12:54 - 13:22 Fitting reaction (Haloarene)
13:22 - 14:11 Wurtz Fitting reaction (Haloarene)
14:11 - 16:09 Esterification reaction (Alcohol)
16:09 - 16:28 Dow process (Phenol)
16:28 - 18:12 Phenolphthalein(Phenol)
18:12 - 20:32 Kolbe's reaction
(Phenol)
20:32 - 21:39 Reimer Tiemann reaction (Phenol)
21:39 - 22:02 Williamson Ether (Ether)
22:02 - 23:04 Rosenmund reduction (Aldehyde and Ketone)
23:04 - 24:00 Stephen reduction (Aldehyde and Ketone)
24:00 - 25:16 Tollen's Test (Aldehyde and Ketone)
25:16 - 25:55 Fehling reaction
(Aldehyde and Ketone)
25:55 - 28:36 Aldol Condensation (Aldehyde and Ketone)
28:36 - 30:53 Cannizaro reaction
(Aldehyde and Ketone)
30:53 - 31:52 Clemson reduction
(Aldehyde and Ketone)
31:52 - 33:19 Wolf Kishner
(Aldehyde and Ketone)
33:19 - 35:02 Hell Vollard (Carboxylic acid)
35:02 - 37:05 Claisen Condensation
(Carboxylic acid)
37:05 - 38:36 Hoffman's Bromamide reaction (Carboxylic acid)
38:36 Revision



Naming reactions are a crucial aspect of organic chemistry. These reactions are named after the chemist who discovered or developed them or after the specific reaction mechanism involved. They form the backbone of organic synthesis, and every organic chemist must be familiar with them.

In organic chemistry, a naming reaction is a specific type of chemical reaction that is frequently used in the synthesis of organic compounds. Naming reactions are essential for understanding the mechanisms behind organic reactions and predicting the outcome of new reactions.

This video will provide a comprehensive overview of the most important naming reactions in organic chemistry. We will discuss the fundamental principles behind each reaction and provide examples to help you understand their applications.

The video will cover the most significant naming reactions, including the Grignard reaction, Friedel-Crafts reaction, Diels-Alder reaction, and many more. We will also explain the mechanisms behind each reaction and provide tips for identifying them in a reaction.

Whether you are a beginner or an advanced student of organic chemistry, this video will provide valuable insights into the most important naming reactions. By the end of the video, you will have a solid foundation in the most critical concepts of organic chemistry and be able to apply them to real-world situations.

important reactions of organic chemistry class 12
Class 12 Important Question of Chemistry















Some Important Name reactions:

Aldol condensation reaction

Cannizaro's reaction

Perkins condensation

Claisen Condensation reaction.

Benzoin condensation

Carbylamine reaction

Reimer Tiemann reaction

Coupling reaction( preparation of azo dyes)

Diazotization reaction Friedel- Craft's reaction

Hoffmann's Bromamide reaction(

Decarbonylation reaction)

Esterification reaction

Carbonylation reaction (Oxo process)

Williamsan's etherification reaction

Rosenmund reduction