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

For the reaction below: 1. Draw all reasonable elimination products to the right of the arrow. 2. In the box below the reaction, redraw any product you expect to be a major product. 田 Major Product: Check ☐ + I Na OH esc F1 F2 2 1 @ 2 Q W tab A caps lock S #3 80 F3 69 4 σ F4 % 95 S Click and drag to sta drawing a structure mm Save For Later 2025 McGraw Hill LLC. All Rights Reserved. Terms of Use GO DII F5 F6 F7 F8 F9 F10 6 CO 89 & 7 LU E R T Y U 8* 9 0 D F G H J K L Z X C V B N M 36

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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For the reaction below: 1. Draw all reasonable elimination products to the right of the arrow. 2. In the box below the reaction, redraw any product you expect to be a major product. 田 Major Product: Check ☐ + I Na OH esc F1 F2 2 1 @ 2 Q W tab A caps lock S #3 80 F3 69 4 σ F4 % 95 S Click and drag to sta drawing a structure mm Save For Later 2025 McGraw Hill LLC. All Rights Reserved. Terms of Use GO DII F5 F6 F7 F8 F9 F10 6 CO 89 & 7 LU E R T Y U 8* 9 0 D F G H J K L Z X C V B N M 36

Problem 7 of 10 Draw the major product of this reaction. Ignore inorganic byproducts. S' S 1. BuLi 2. ethylene oxide (C2H4O) Select to Draw a Submit

Feedback (4/10) 30% Retry Curved arrows are used to illustrate the flow of electrons. Use the reaction conditions provided and follow the arrows to draw the reactant and missing intermediates involved in this reaction. Include all lone pairs and charges as appropriate. Ignore inorganic byproducts. Incorrect, 6 attempts remaining :0: Draw the Reactant H H3CO H- HIO: Ö-CH3 CH3OH2* protonation H. a H (+) H Ο CH3OH2 O: H3C protonation CH3OH deprotonation > CH3OH nucleophilic addition H. HO 0:0 Draw Intermediate a X

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 25

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Answer 26

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Answer 27

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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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