Identify compound P, Q, R and S in the following reactions: OH D. C2, H20 Sebatian P Compound P a) CH3COCI Sebatian Q Compound Q AIC b) OH Sebatian R Compound R 1. LIAIH4, THF 2. H;0* c)
Identify compound P, Q, R and S in the following reactions: OH D. C2, H20 Sebatian P Compound P a) CH3COCI Sebatian Q Compound Q AIC b) OH Sebatian R Compound R 1. LIAIH4, THF 2. H;0* c)
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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![### Organic Chemistry Reaction Pathways
In this section, we investigate the identification of compounds P, Q, R, and S through a series of organic reactions. The structures and reagents used are given as part of the reaction pathways.
#### Reaction Pathways:
1. **Reaction a:**
- Starting from:
```
Sebatian P
Compound P:
![Structure of a cyclohexanol derivative](<Structure>)
```
- Reaction conditions:
```
Cl2, H2O
```
- Product:
```
![Structure of chlorocyclohexanol derivative](<Structure>)
```
2. **Reaction b:**
- Starting from:
```
![Structure of a ketone with a benzene ring](<Structure>)
```
- Reaction conditions:
```
CH3COCl, AlCl3
```
- Product:
```
Sebatian Q
Compound Q:
![Structure of a corresponding acylated benzene derivative](<Structure>)
```
3. **Reaction c:**
- Starting from:
```
![Structure of a ketone with tert-butyl group](<Structure>)
```
- Reaction conditions:
```
1. LiAlH4, THF
2. H3O+
```
- Product:
```
Sebatian R
Compound R:
![Structure of a reduced alcohol](<Structure>)
```
4. **Reaction d:**
- Starting from:
```
![Structure of a cyclic ketone with alcohol group](<Structure>)
```
- Reaction conditions:
```
Sebatian S
Compound S:
![Structure of a cyclic ketone with an added group](<Structure>)
```
#### Detailed Descriptions:
1. **Graph/Diagram for Reaction a:**
- The starting material for compound P is an organic molecule featuring a cyclohexane ring with a hydroxyl and ether linkage.
- The product is a chlorocyclohexanol after the reaction with chlorine gas (Cl2) in the presence of water.
2. **Graph/Diagram for Reaction b:**
- The starting material is a methyl-benzene derivative (commonly known as acetophenone).
- Using Friedel](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdd8f2877-2578-48c0-ab77-5dda294aaf93%2Fd4e0d852-aa2b-4a94-ae01-3bcff766f220%2F13emdfi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### Organic Chemistry Reaction Pathways
In this section, we investigate the identification of compounds P, Q, R, and S through a series of organic reactions. The structures and reagents used are given as part of the reaction pathways.
#### Reaction Pathways:
1. **Reaction a:**
- Starting from:
```
Sebatian P
Compound P:
![Structure of a cyclohexanol derivative](<Structure>)
```
- Reaction conditions:
```
Cl2, H2O
```
- Product:
```
![Structure of chlorocyclohexanol derivative](<Structure>)
```
2. **Reaction b:**
- Starting from:
```
![Structure of a ketone with a benzene ring](<Structure>)
```
- Reaction conditions:
```
CH3COCl, AlCl3
```
- Product:
```
Sebatian Q
Compound Q:
![Structure of a corresponding acylated benzene derivative](<Structure>)
```
3. **Reaction c:**
- Starting from:
```
![Structure of a ketone with tert-butyl group](<Structure>)
```
- Reaction conditions:
```
1. LiAlH4, THF
2. H3O+
```
- Product:
```
Sebatian R
Compound R:
![Structure of a reduced alcohol](<Structure>)
```
4. **Reaction d:**
- Starting from:
```
![Structure of a cyclic ketone with alcohol group](<Structure>)
```
- Reaction conditions:
```
Sebatian S
Compound S:
![Structure of a cyclic ketone with an added group](<Structure>)
```
#### Detailed Descriptions:
1. **Graph/Diagram for Reaction a:**
- The starting material for compound P is an organic molecule featuring a cyclohexane ring with a hydroxyl and ether linkage.
- The product is a chlorocyclohexanol after the reaction with chlorine gas (Cl2) in the presence of water.
2. **Graph/Diagram for Reaction b:**
- The starting material is a methyl-benzene derivative (commonly known as acetophenone).
- Using Friedel
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