The structure of compound X with the molecular formula C 5 H 10 has to be identified and the structure should follows the given conditions also. Concept introduction: The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer. Example: The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer. The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space. Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre. The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

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Answer 1

Question

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

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Answer 2

Question

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

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Answer 3

Question

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

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Answer 4

Question

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

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Answer 5

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

Answer 6

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

Answer 7

Chapter 5.1, Problem 3CC

(a)

Interpretation Introduction

Interpretation:

The structure of compound X with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called Trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

Answer 8

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

Answer 9

(b)

Interpretation Introduction

Interpretation:

The structure of compound Y with the molecular formula C5H10 has to be identified and the structure should follows the given conditions also.

Concept introduction:

The cis – Trans (E/Z) isomer can be predicted with respect to the double bond. The isomers can be predicted with respect to the substituents present in carbon – carbon double bond. If the substituents are present on the same side, it is called cis (or) Z isomer. If the substituents are present on opposite sides, it is called trans (or) E isomer.

Example:

The stereoisomerism is the arrangement of atoms in molecules whose connectivity remains the same but their arrangement in different in each isomer.

The two molecules are described as stereoisomers if they are made of the same atoms connected in the same sequence, but the atoms are positions differently in space.

Chiral centre: A chiral centre is defined as the tetrahedral carbon atom in an organic molecule that is connected to four non-identical groups/substituents. It is sometimes known as a stereo genic centre.

The carbon atom bonded to four unlike groups is called an asymmetric carbon atom and is also known as chiral carbon.

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 5.1 - In the following compound, identify each unit...Ch. 5.1 - Prob. 2CC Ch. 5.1 - Prob. 3CC Ch. 5.2 - Prob. 1LTS Ch. 5.2 - Prob. 4PTS Ch. 5.2 - Prob. 5ATS Ch. 5.2 - Prob. 6ATS Ch. 5.2 - Prob. 2LTS Ch. 5.2 - Prob. 7PTS Ch. 5.2 - Prob. 8ATS

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