Chapter 10.3A, Problem 10.1P

(a)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.

(b)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.

(c)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.

(d)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.

(e)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.

(f)

Interpretation Introduction

To determine: The IUPAC name of the given alcohol.

Interpretation: The IUPAC name of the given alcohol is to be stated.

Concept introduction: The IUPAC naming of the alcohol are based on the following rules given below.

1. 1. The longest carbon chain that contains the carbon atom bearing the $-\text{OH}$ group is named first and suffix $-\text{ol}$ is added to the root name.
2. 2. The longest carbon chain is numbered starting at the end nearest to the $-\text{OH}$ group and number is used to show the position of $-\text{OH}$ group and it is given preference over double and triple bond in the structure.
3. 3. All the substituents are named and numbers are given to their position in the longest carbon chain.