The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N 3 − . Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry . In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene .

Question

Blocking Group are use to put 2 large sterically repulsive group ortho. Show the correct sequence toconnect the reagent to product with the highest yield possible. * see image **NOTE: The compound on the left is the starting point, and the compound on the right is the final product. Please show the steps in between to get from start to final, please. These are not two different compounds that need to be worked.

Answer 1

Question

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

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Blocking Group are use to put 2 large sterically repulsive group ortho. Show the correct sequence toconnect the reagent to product with the highest yield possible. * see image **NOTE: The compound on the left is the starting point, and the compound on the right is the final product. Please show the steps in between to get from start to final, please. These are not two different compounds that need to be worked.

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Can you please explain this prooblem to me, show me how the conjugation is added, did I add them in the correct places and if so please show me. Thanks!

Answer 2

Question

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

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Answer 3

Question

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

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Answer 4

Question

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

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Answer 5

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 6

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 7

Chapter 7, Problem 62P

(a)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is N3− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 8

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 9

(b)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH2− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 10

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 11

(c)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is ammonia.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 12

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 13

(d)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is HSe^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 14

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 15

(e)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is fluoride ion.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 16

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 17

(f)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is C6H5O− .

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 18

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 19

(g)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is PH₃.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 20

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 21

(h)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NH₂OH.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 22

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 23

(i)

Interpretation Introduction

Interpretation: The mechanism and the major product formed in the reaction of a secondary haloalkane in the polar aprotic solvent needs to be determined if the nucleophile is NCS^-.

Concept Introduction: Nucleophillic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry. In the nucleophillic substitution reaction, a leaving group is replaced with a nucleophile and in the elimination reaction rearrangement takes place resulting formation of an alkene.

Answer 24

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Answer 35

Ch. 7.1 - Prob. 7.1E Ch. 7.2 - Prob. 7.2E Ch. 7.3 - Prob. 7.3E Ch. 7.3 - Prob. 7.5TIY Ch. 7.4 - Prob. 7.7TIY Ch. 7.5 - Prob. 7.9TIY Ch. 7.6 - Prob. 7.10E Ch. 7.7 - Prob. 7.11E Ch. 7.7 - Prob. 7.12E Ch. 7.7 - Prob. 7.13E

Solution Summary: The author explains that nucleophilic substitution and elimination reactions are two types of the reactions, playing important role in organic chemistry.

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Chapter 7 Solutions