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Part 2. Decarboxylation Of Acids : Heating Effect On Beta-keto Acids (in Hindi)
Lesson 12 of 15 • 1 upvotes • 13:03mins
Parv Jaiswal
Carboxylic acids that have a carbonyl group two carbons over (this is called the “beta” position) can lose carbon dioxide quite readily – heating above 150 degrees C will do the trick.
(Hindi) Organic Reactions Involving Carboxylic Acids With Proper Mechanism: IIT-JEE
15 lessons • 3h 1m
1
1.1 Brief Introduction Of Myself (in Hindi)
2:02mins
2
1.2 Overview (in Hindi)
10:55mins
3
2.0 Introduction To Carboxylic Acids (in Hindi)
11:27mins
4
3.1 Preparation Of Carboxylic Acids : From Hydrocarbons (in Hindi)
11:15mins
5
3.2 Preparation Of Carboxylic Acids : From Cyanides (in Hindi)
11:59mins
6
3.3 Preparation Of Carboxylic Acids : From Grignard Reagent (in Hindi)
9:11mins
7
4.0 Acidic Strength Of Carboxylic Acids (in Hindi)
14:11mins
8
Preparation Of Acid Chlorides : From Carboxylic Acids (in Hindi)
14:04mins
9
Formation Of Acid Anhydrides : From Carboxylic Acids (in Hindi)
14:23mins
10
Preparation Of Acid Amides : From Carboxylic Acids (in Hindi)
14:46mins
11
Part 1. Decarboxylation Of Acids : Soda lime Process (in Hindi)
12:48mins
12
Part 2. Decarboxylation Of Acids : Heating Effect On Beta-keto Acids (in Hindi)
13:03mins
13
Part 3. Decarboxylation Of Acids : Heating Effect On Geminal Dicarboxylic acids (in Hindi)
12:20mins
14
Part1. Kolbey's Electrolysis : Preparation Of Alkanes (in Hindi)
14:04mins
15
Part2. Kolbey's Electrolysis : Preparation Of Alkanes (in Hindi)
15:00mins
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