Nomenclature needs to be done for the given compound. Concept Introduction: Nomenclature of epoxides : Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods. First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged. Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

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Answer 1

Question

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

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Answer 2

Question

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

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Answer 3

Question

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

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Answer 4

Question

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

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Answer 5

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 6

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 7

Chapter 13.7, Problem 11CC

(a)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 8

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 9

(b)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 10

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 11

(c)

Interpretation Introduction

Interpretation: Nomenclature needs to be done for the given compound.

Concept Introduction: Nomenclature of epoxides: Epoxides are cyclic ethers having an oxygen atom incorporated in a three-membered ring system having up to four R groups. Due to ring strain, they are more reactive than other ethers. The simplest epoxide does not have any R group and is known as ethylene oxide. Naming is done by two methods.

First method- Parent alkane chain is identified and oxygen is considered as a substituent on that chain. The location of the epoxide group is written with two numbers with the suffix epoxy. While naming, epoxy substituents are alphabetically arranged.

Second method: Oxirane ring is considered as parent and groups attached to it are considered as substituents.

Answer 12

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Answer 13

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Answer 15

Ch. 13.2 - Prob. 1LTS Ch. 13.2 - Prob. 1PTS Ch. 13.2 - Prob. 2PTS Ch. 13.2 - Prob. 3ATS Ch. 13.4 - Prob. 4CC Ch. 13.5 - Prob. 2LTS Ch. 13.5 - Prob. 5PTS Ch. 13.5 - Prob. 6ATS Ch. 13.5 - Prob. 7CC Ch. 13.5 - Prob. 8CC

Solution Summary: The author explains that epoxides are cyclic ethers with an oxygen atom incorporated in a three-membered ring system having up to four R groups. Naming is done by two

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