a.
Interpretation: To predict the product that is obtained by the following addition reactions.
Concept Introduction: The conversion of double and triple bonds to different
a.
Answer to Problem 14LC
Explanation of Solution
In this reaction, the nucleophile which is
b.
Interpretation: To predict the product that is obtained by the following addition reactions.
Concept Introduction: The conversion of double and triple bonds to different functional groups is generally done through addition reactions. The reaction converts the unsaturated compounds to saturated compounds.
b.
Answer to Problem 14LC
Explanation of Solution
In this reaction, the chlorine will act as a nucleophile. The nucleophile gets attached by breaking the double bond which creates an electrophilic center that helps the nucleophile to attack at that center resulting in the formation of a
c.
Interpretation: To predict the product that is obtained by the following addition reactions.
Concept Introduction: The conversion of double and triple bonds to different functional groups is generally done through addition reactions. The reaction converts the unsaturated compounds to saturated compounds.
c.
Answer to Problem 14LC
Explanation of Solution
In this reaction, the HBr will add following anti-Markovnikov’s rule. This reaction will take place in the presence of peroxide which results in the free radical mechanism and initiate the reaction and add bromine radical at the terminal carbon. This mechanism results in the product which is 2-bromobutane in this case.
d.
Interpretation: To predict the product that is obtained by the following addition reactions.
Concept Introduction: The conversion of double and triple bonds to different functional groups is generally done through addition reactions. The reaction converts the unsaturated compounds to saturated compounds.
d.
Answer to Problem 14LC
Explanation of Solution
The hydrogen will add to an
Chapter 23 Solutions
Chemistry 2012 Student Edition (hard Cover) Grade 11
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