Molecules given below that does not represent an alkane should be crossed out. Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds. Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

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Answer 1

Question

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

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Answer 2

Question

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

Custom eBook for Organic Chemistry, Chapter NW1, Problem 1CTQ , additional homework tip 2

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Answer 3

Question

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

Custom eBook for Organic Chemistry, Chapter NW1, Problem 1CTQ , additional homework tip 2

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Answer 4

Question

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

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Answer 5

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

Custom eBook for Organic Chemistry, Chapter NW1, Problem 1CTQ , additional homework tip 2

Answer 6

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

Custom eBook for Organic Chemistry, Chapter NW1, Problem 1CTQ , additional homework tip 2

Answer 7

Chapter NW1, Problem 1CTQ

Interpretation Introduction

Interpretation: Molecules given below that does not represent an alkane should be crossed out.

Concept introduction: Alkanes are the common hydrocarbons popularly used as fuels. Chemically they are essentially made of hydrogen and carbon through covalent bonds. Alkanes are distinguished by presence of only single covalent bonds.

Alkenes are distinguished by presence of one sigma and one pi bond. Alkynes have one sigma and two pi bonds.

Answer 8

Expert Solution & Answer

Explanation of Solution

Alkanes are essentially pure hydrocarbons with no additional functional groups. They may be also termed as saturated hydrocarbons that essentially reflect the fact that no multiple bonds or rings should be present. Hence, all such structures with halogen or alcoholic, alkene or carbonyl compounds can be discarded. Therefore, the molecules that do not represent an alkane are crossed out as follows:

Custom eBook for Organic Chemistry, Chapter NW1, Problem 1CTQ , additional homework tip 2

Answer 9

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Answer 10

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Answer 11

Ch. NW1 - Prob. 1CTQ Ch. NW1 - (E) Write a correct name below each of the...Ch. NW1 - (E) What suffix do all the names in Model 1 have...Ch. NW1 - (E) What prefix stands for eight carbons?Ch. NW1 - Prob. 5CTQ Ch. NW1 - Prob. 6CTQ Ch. NW1 - Prob. 7CTQ Ch. NW1 - Prob. 8CTQ Ch. NW1 - Prob. 9CTQ Ch. NW1 - Use Model 1 to propose names for three-, four-,...

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