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Chapter 8: Q.27 (page 325)

Draw all possible constitutional isomers formed by dehydrohalogenation of each alkyl halide.

a.

b.

c.


d.

Short Answer

Expert verified

All possible constitutional isomers formed by dehydrohalogenation of each alkyl halide are shown below:

Step by step solution

01

Definition of constitutional isomers

Constitutional isomers are those kinds of isomers where the molecular formula and structures are the same but with different spatial arrangements of atoms.

02

Identification of the β hydrogens

The hydrogens that are abstracted are considered to be the 尾hydrogens as they are the first key part of elimination. Different types of 尾hydrogens give different types of products, which results in constitutional isomers.

Representations of beta hydrogens

03

Constitutional isomers

All possible constitutional isomers formed by dehydrohalogenation of each alkyl halide are shown below:

Representation of all the possible alkenes from a

Representation of all the possible alkenes from b

Representation of all the possible alkenes from c

Representation of all the possible alkenes from d

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Most popular questions from this chapter

Under certain reaction conditions, 2,3-dibromobutane reacts with two equivalents of base to give three products, each of which contains two new bonds. Product A has two sp hybridized carbon atoms, product B has one sphybridized carbon atom, and product C has none. What are the structures of A, B, and C?

Rank the alkyl halides in order of increasing E2 reactivity. Then do the same for E1 reactivity

What is the major E2 elimination product formed from each halide?

a.

b.

c.

Which mechanism, E1 or E2, will occur in each reaction?

a.

b.

c.

d.

Consider the following E2 reaction.

a. Draw the by-products of the reaction and use curved arrows to show the movement of

electrons.

b. What happens to the reaction rate with each of the following changes? [1] The solvent is changed to DMF. [2] The concentration of -OC(CH3)3is decreased. [3] The base is changed to localid="1648628375469" OH-. [4] The halide is changed to localid="1648628387551" CH3CH2CH2CH2CH(Br)CH3[5] The leaving group is changed to localid="1648628394364" I鈥�.
See all solutions

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