(a) Interpretation: The IUPAC name is to be written for the given structure. Concept introduction: In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane . Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

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Answer 1

Question

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

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Give the IUPAC NAME of the following structure.

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Answer 2

Question

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

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Answer 3

Question

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

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Answer 4

Question

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

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Answer 5

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 6

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 7

Chapter A, Problem A.35P

Interpretation Introduction

(a)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 10

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 11

Interpretation Introduction

(c)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The IUPAC name is to be written for the given structure.

Concept introduction:

In ether, an oxygen atom joins two alkyl groups. The IUPAC name form of an ether is alkoxyalkane. The longest continuous carbon chain belonging to either of alkyl groups is treated as an alkane. Then the remaining portion is treated as an alkoxy substituent. The specific name of the alkoxy substituent is derived by eliminating the suffix yl from the name of the corresponding alkyl group and adding the suffix oxy.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. A - Prob. A.1P Ch. A - Prob. A.2P Ch. A - Prob. A.3P Ch. A - Prob. A.4P Ch. A - Prob. A.5P Ch. A - Prob. A.6P Ch. A - Prob. A.7P Ch. A - Prob. A.8P Ch. A - Prob. A.9P Ch. A - Prob. A.10P

Solution Summary: The author explains that the IUPAC name is to be written for the given structure.

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