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H+ А. СНЗ-СН2-СН2-СНО + СНЗОН Reflux 1. Oxidation H+ В. СНЗ-СН2-СООН + СНЗ-СН2ОН Reflux 2. Saponification of amide С. СНЗСН20ОС + СHЗСН2-ОН 3. Esterification using acid chloride D. CH3-CH2CO(ОСОСН2-СНЗ + СНЗОН >4.Amide hydrolysis-Acid Catalyzed Reflux E. CH3CH2C0OOCH2PH +HCI -5. Esterification/acid-catalyzed F. CH3-CH2-CHO + Chromic acid 6. Ester hydrolysis/acid- catalyzed Reflux G. CH3CH2CONH2 + HCI 7. Acetal formation Reflux H. CH3-CH2CONHCH3 + NaOH -8. Esterification using Acid anhydride

H+ А. СНЗ-СН2-СН2-СНО + СНЗОН Reflux 1. Oxidation H+ В. СНЗ-СН2-СООН + СНЗ-СН2ОН Reflux 2. Saponification of amide С. СНЗСН20ОС + СHЗСН2-ОН 3. Esterification using acid chloride D. CH3-CH2CO(ОСОСН2-СНЗ + СНЗОН >4.Amide hydrolysis-Acid Catalyzed Reflux E. CH3CH2C0OOCH2PH +HCI -5. Esterification/acid-catalyzed F. CH3-CH2-CHO + Chromic acid 6. Ester hydrolysis/acid- catalyzed Reflux G. CH3CH2CONH2 + HCI 7. Acetal formation Reflux H. CH3-CH2CONHCH3 + NaOH -8. Esterification using Acid anhydride

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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### Chemical Reaction Descriptions This document outlines a series of chemical reactions involving various organic compounds. Each reaction is detailed below: 1. **Oxidation**: - **Reaction**: CH3-CH2-CH2-CHO + CH3OH - **Conditions**: H⁺, Reflux 2. **Saponification of Amide**: - **Reaction**: CH3-CH2-COOH + CH3-CH2OH - **Conditions**: H⁺, Reflux 3. **Esterification Using Acid Chloride**: - **Reaction**: CH3CH2OCl + CH3CH2-OH - No specific conditions mentioned. 4. **Amide Hydrolysis - Acid Catalyzed**: - **Reaction**: CH3-CH2CO(O)CO-CH2-CH3 + CH3OH - Catalyzed condition is specified but unspecified further. 5. **Esterification/Acid-Catalyzed**: - **Reaction**: CH3CH2COOCH2Ph + HCl - **Conditions**: Reflux 6. **Ester Hydrolysis/Acid-Catalyzed**: - **Reaction**: CH3-CH2-CHO + Chromic acid - No specific conditions mentioned. 7. **Acetal Formation**: - **Reaction**: CH3CH2CONH2 + HCl - **Conditions**: Reflux 8. **Esterification Using Acid Anhydride**: - **Reaction**: CH3-CH2CONHCH3 + NaOH - **Conditions**: Reflux Each reaction is designed to demonstrate different aspects of organic chemistry processes, focusing on transformations like oxidation, esterification, hydrolysis, and acetal formation. The conditions such as the presence of acid (H⁺) and the use of reflux are crucial for these reactions to proceed effectively.
Transcribed Image Text:### Chemical Reaction Descriptions This document outlines a series of chemical reactions involving various organic compounds. Each reaction is detailed below: 1. **Oxidation**: - **Reaction**: CH3-CH2-CH2-CHO + CH3OH - **Conditions**: H⁺, Reflux 2. **Saponification of Amide**: - **Reaction**: CH3-CH2-COOH + CH3-CH2OH - **Conditions**: H⁺, Reflux 3. **Esterification Using Acid Chloride**: - **Reaction**: CH3CH2OCl + CH3CH2-OH - No specific conditions mentioned. 4. **Amide Hydrolysis - Acid Catalyzed**: - **Reaction**: CH3-CH2CO(O)CO-CH2-CH3 + CH3OH - Catalyzed condition is specified but unspecified further. 5. **Esterification/Acid-Catalyzed**: - **Reaction**: CH3CH2COOCH2Ph + HCl - **Conditions**: Reflux 6. **Ester Hydrolysis/Acid-Catalyzed**: - **Reaction**: CH3-CH2-CHO + Chromic acid - No specific conditions mentioned. 7. **Acetal Formation**: - **Reaction**: CH3CH2CONH2 + HCl - **Conditions**: Reflux 8. **Esterification Using Acid Anhydride**: - **Reaction**: CH3-CH2CONHCH3 + NaOH - **Conditions**: Reflux Each reaction is designed to demonstrate different aspects of organic chemistry processes, focusing on transformations like oxidation, esterification, hydrolysis, and acetal formation. The conditions such as the presence of acid (H⁺) and the use of reflux are crucial for these reactions to proceed effectively.
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