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Science
ChemistryOrganic And Biological Chemistry7th Edition

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Chapter 1, Problem 1.100EP
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Organic And Biological Chemistry

7th Edition
STOKER + 1 other
ISBN: 9781305081079

Solutions

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Section
Problem 1.1EP
Problem 1.2EP
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Organic And Biological Chemistry

7th Edition
STOKER + 1 other
ISBN: 9781305081079
Textbook Problem

How many secondary carbon atoms are present in each of the structures in Problem 12-96?

a. Chapter 1, Problem 1.100EP, How many secondary carbon atoms are present in each of the structures in Problem 12-96? a. b. c. d. , example 1

b. Chapter 1, Problem 1.100EP, How many secondary carbon atoms are present in each of the structures in Problem 12-96? a. b. c. d. , example 2

c. Chapter 1, Problem 1.100EP, How many secondary carbon atoms are present in each of the structures in Problem 12-96? a. b. c. d. , example 3

d. Chapter 1, Problem 1.100EP, How many secondary carbon atoms are present in each of the structures in Problem 12-96? a. b. c. d. , example 4

(a)

Interpretation Introduction

Interpretation:

The total number of secondary carbon atoms that are present in the given structure has to be identified.

Concept Introduction:

In a hydrocarbon structure, each and every carbon atoms are classified as primary, secondary, tertiary, and quaternary carbon atom.

If a carbon atom in an organic molecule is directly bonded to only one another carbon atom is known as primary carbon atom.

If a carbon atom in an organic molecule is directly bonded to two other carbon atoms is known as secondary carbon atom.

If a carbon atom in an organic molecule is directly bonded to three other carbon atoms is known as tertiary carbon atom.

If a carbon atom in an organic molecule is directly bonded to four another carbon atom is known as quaternary carbon atom.

These carbon atoms are denoted by notations as, 1° for primary, 2° for secondary, 3° for tertiary and 4° for quaternary.

Explanation

Given structure is,

The intersection in the above structure represents a carbon atom.  Therefore, this carbon atom along with the hydrogen atoms can be shown as given below,

(b)

Interpretation Introduction

Interpretation:

The total number of secondary carbon atoms that are present in the given structure has to be identified.

Concept Introduction:

In a hydrocarbon structure, each and every carbon atoms are classified as primary, secondary, tertiary, and quaternary carbon atom.

If a carbon atom in an organic molecule is directly bonded to only one another carbon atom is known as primary carbon atom.

If a carbon atom in an organic molecule is directly bonded to two other carbon atoms is known as secondary carbon atom.

If a carbon atom in an organic molecule is directly bonded to three other carbon atoms is known as tertiary carbon atom.

If a carbon atom in an organic molecule is directly bonded to four another carbon atom is known as quaternary carbon atom.

These carbon atoms are denoted by notations as, 1° for primary, 2° for secondary, 3° for tertiary and 4° for quaternary.

(c)

Interpretation Introduction

Interpretation:

The total number of secondary carbon atoms that are present in the given structure has to be identified.

Concept Introduction:

In a hydrocarbon structure, each and every carbon atoms are classified as primary, secondary, tertiary, and quaternary carbon atom.

If a carbon atom in an organic molecule is directly bonded to only one another carbon atom is known as primary carbon atom.

If a carbon atom in an organic molecule is directly bonded to two other carbon atoms is known as secondary carbon atom.

If a carbon atom in an organic molecule is directly bonded to three other carbon atoms is known as tertiary carbon atom.

If a carbon atom in an organic molecule is directly bonded to four another carbon atom is known as quaternary carbon atom.

These carbon atoms are denoted by notations as, 1° for primary, 2° for secondary, 3° for tertiary and 4° for quaternary.

(d)

Interpretation Introduction

Interpretation:

The total number of secondary carbon atoms that are present in the given structure has to be identified.

Concept Introduction:

In a hydrocarbon structure, each and every carbon atoms are classified as primary, secondary, tertiary, and quaternary carbon atom.

If a carbon atom in an organic molecule is directly bonded to only one another carbon atom is known as primary carbon atom.

If a carbon atom in an organic molecule is directly bonded to two other carbon atoms is known as secondary carbon atom.

If a carbon atom in an organic molecule is directly bonded to three other carbon atoms is known as tertiary carbon atom.

If a carbon atom in an organic molecule is directly bonded to four another carbon atom is known as quaternary carbon atom.

These carbon atoms are denoted by notations as, 1° for primary, 2° for secondary, 3° for tertiary and 4° for quaternary.

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Sect-1.1 P-1QQSect-1.1 P-2QQSect-1.2 P-1QQSect-1.2 P-2QQSect-1.3 P-1QQSect-1.3 P-2QQSect-1.4 P-1QQSect-1.4 P-2QQSect-1.4 P-3QQSect-1.5 P-1QQ
Sect-1.5 P-2QQSect-1.5 P-3QQSect-1.6 P-1QQSect-1.6 P-2QQSect-1.6 P-3QQSect-1.6 P-4QQSect-1.7 P-1QQSect-1.7 P-2QQSect-1.8 P-1QQSect-1.8 P-2QQSect-1.8 P-3QQSect-1.8 P-4QQSect-1.8 P-5QQSect-1.8 P-6QQSect-1.8 P-7QQSect-1.9 P-1QQSect-1.9 P-2QQSect-1.10 P-1QQSect-1.10 P-2QQSect-1.11 P-1QQSect-1.11 P-2QQSect-1.11 P-3QQSect-1.12 P-1QQSect-1.12 P-2QQSect-1.12 P-3QQSect-1.13 P-1QQSect-1.13 P-2QQSect-1.13 P-3QQSect-1.14 P-1QQSect-1.14 P-2QQSect-1.14 P-3QQSect-1.15 P-1QQSect-1.15 P-2QQSect-1.16 P-1QQSect-1.16 P-2QQSect-1.16 P-3QQSect-1.17 P-1QQSect-1.17 P-2QQSect-1.17 P-3QQSect-1.17 P-4QQSect-1.18 P-1QQSect-1.18 P-2QQSect-1.18 P-3QQSect-1.18 P-4QQCh-1 P-1.1EPCh-1 P-1.2EPCh-1 P-1.3EPCh-1 P-1.4EPCh-1 P-1.5EPCh-1 P-1.6EPCh-1 P-1.7EPCh-1 P-1.8EPCh-1 P-1.9EPCh-1 P-1.10EPCh-1 P-1.11EPCh-1 P-1.12EPCh-1 P-1.13EPCh-1 P-1.14EPCh-1 P-1.15EPCh-1 P-1.16EPCh-1 P-1.17EPCh-1 P-1.18EPCh-1 P-1.19EPCh-1 P-1.20EPCh-1 P-1.21EPCh-1 P-1.22EPCh-1 P-1.23EPCh-1 P-1.24EPCh-1 P-1.25EPCh-1 P-1.26EPCh-1 P-1.27EPCh-1 P-1.28EPCh-1 P-1.29EPCh-1 P-1.30EPCh-1 P-1.31EPCh-1 P-1.32EPCh-1 P-1.33EPCh-1 P-1.34EPCh-1 P-1.35EPCh-1 P-1.36EPCh-1 P-1.37EPCh-1 P-1.38EPCh-1 P-1.39EPCh-1 P-1.40EPCh-1 P-1.41EPCh-1 P-1.42EPCh-1 P-1.43EPCh-1 P-1.44EPCh-1 P-1.45EPCh-1 P-1.46EPCh-1 P-1.47EPCh-1 P-1.48EPCh-1 P-1.49EPCh-1 P-1.50EPCh-1 P-1.51EPCh-1 P-1.52EPCh-1 P-1.53EPCh-1 P-1.54EPCh-1 P-1.55EPCh-1 P-1.56EPCh-1 P-1.57EPCh-1 P-1.58EPCh-1 P-1.59EPCh-1 P-1.60EPCh-1 P-1.61EPCh-1 P-1.62EPCh-1 P-1.63EPCh-1 P-1.64EPCh-1 P-1.65EPCh-1 P-1.66EPCh-1 P-1.67EPCh-1 P-1.68EPCh-1 P-1.69EPCh-1 P-1.70EPCh-1 P-1.71EPCh-1 P-1.72EPCh-1 P-1.73EPCh-1 P-1.74EPCh-1 P-1.75EPCh-1 P-1.76EPCh-1 P-1.77EPCh-1 P-1.78EPCh-1 P-1.79EPCh-1 P-1.80EPCh-1 P-1.81EPCh-1 P-1.82EPCh-1 P-1.83EPCh-1 P-1.84EPCh-1 P-1.85EPCh-1 P-1.86EPCh-1 P-1.87EPCh-1 P-1.88EPCh-1 P-1.89EPCh-1 P-1.90EPCh-1 P-1.91EPCh-1 P-1.92EPCh-1 P-1.93EPCh-1 P-1.94EPCh-1 P-1.95EPCh-1 P-1.96EPCh-1 P-1.97EPCh-1 P-1.98EPCh-1 P-1.99EPCh-1 P-1.100EPCh-1 P-1.101EPCh-1 P-1.102EPCh-1 P-1.103EPCh-1 P-1.104EPCh-1 P-1.105EPCh-1 P-1.106EPCh-1 P-1.107EPCh-1 P-1.108EPCh-1 P-1.109EPCh-1 P-1.110EPCh-1 P-1.111EPCh-1 P-1.112EPCh-1 P-1.113EPCh-1 P-1.114EPCh-1 P-1.115EPCh-1 P-1.116EPCh-1 P-1.117EPCh-1 P-1.118EPCh-1 P-1.119EPCh-1 P-1.120EPCh-1 P-1.121EPCh-1 P-1.122EPCh-1 P-1.123EPCh-1 P-1.124EPCh-1 P-1.125EPCh-1 P-1.126EPCh-1 P-1.127EPCh-1 P-1.128EPCh-1 P-1.129EPCh-1 P-1.130EPCh-1 P-1.131EPCh-1 P-1.132EPCh-1 P-1.133EPCh-1 P-1.134EPCh-1 P-1.135EPCh-1 P-1.136EPCh-1 P-1.137EPCh-1 P-1.138EPCh-1 P-1.139EPCh-1 P-1.140EPCh-1 P-1.141EPCh-1 P-1.142EPCh-1 P-1.143EPCh-1 P-1.144EPCh-1 P-1.145EPCh-1 P-1.146EPCh-1 P-1.147EPCh-1 P-1.148EP

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