Compound A (C3H17B1) undergo dehydrohalogenation to produce major compound B. Compound C was formed when compound B undergo halogenation in room temperature. Compound B undergo halogenation in aqueous solution to form compound D. Compound B undergo hydrohalogenation in the presence of H,02 to form Compound E. Compound B undergo oxidation with hot acidified KMN0, to produce compound F and Compound G. Compound H was produced when Compound B react with cold KMN04. Compound B undergo ozonolysis to form Compound I and Compound J. Compound K was formed when compound B reacted with hydrogen in the presence of platinum. Compound A reacted with sodium hydroxide to form compound L. Compound M was produced when compound A reacted with ammonia in ethanol while compound N was formed when compound A reacted with sodium cyanide. Reaction X happened when compound K reacted with bromine in the presences of UV light. a) Identify the possible structural formulae for compound A to N. The number of carbon for compound A is more than six atoms. b) Predict the mechanism reaction that occur in Reaction X. c) State the IUPAC nomenclature of the main product formed during Reaction X. d) Illustrate the skeletal, expanded and condensed formula of the main product formed during Reaction X. e) Give ONE (1) difference between SN1 and SN2 reactions and state ONE (1) example for each reaction.
Compound A (C3H17B1) undergo dehydrohalogenation to produce major compound B. Compound C was formed when compound B undergo halogenation in room temperature. Compound B undergo halogenation in aqueous solution to form compound D. Compound B undergo hydrohalogenation in the presence of H,02 to form Compound E. Compound B undergo oxidation with hot acidified KMN0, to produce compound F and Compound G. Compound H was produced when Compound B react with cold KMN04. Compound B undergo ozonolysis to form Compound I and Compound J. Compound K was formed when compound B reacted with hydrogen in the presence of platinum. Compound A reacted with sodium hydroxide to form compound L. Compound M was produced when compound A reacted with ammonia in ethanol while compound N was formed when compound A reacted with sodium cyanide. Reaction X happened when compound K reacted with bromine in the presences of UV light. a) Identify the possible structural formulae for compound A to N. The number of carbon for compound A is more than six atoms. b) Predict the mechanism reaction that occur in Reaction X. c) State the IUPAC nomenclature of the main product formed during Reaction X. d) Illustrate the skeletal, expanded and condensed formula of the main product formed during Reaction X. e) Give ONE (1) difference between SN1 and SN2 reactions and state ONE (1) example for each reaction.
Chemistry for Today: General, Organic, and Biochemistry
9th Edition
ISBN:9781305960060
Author:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
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Chapter13: Alcohols, Phenols, And Ethers
Section: Chapter Questions
Problem 13.53E: Lipoic acid is required by many microorganisms for proper growth. As a disulfide, it functions in...
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Transcribed Image Text:Compound A (C3H17B1) undergo dehydrohalogenation to produce major compound B. Compound C
was formed when compound B undergo halogenation in room temperature. Compound B undergo
halogenation in aqueous solution to form compound D. Compound B undergo hydrohalogenation in
the presence of H202 to form Compound E. Compound B undergo oxidation with hot acidified KMN04
to produce compound F and Compound G. Compound H was produced when Compound B react with
cold KMN04. Compound B undergo ozonolysis to form Compound I and Compound J. Compound K
was formed when compound B reacted with hydrogen in the presence of platinum. Compound A
reacted with sodium hydroxide to form compound L. Compound M was produced when compound A
reacted with ammonia in ethanol while compound N was formed when compound A reacted with
sodium cyanide. Reaction X happened when compound K reacted with bromine in the presences of
UV light.
a) Identify the possible structural formulae for compound A to N. The number of carbon for
compound A is more than six atoms.
b) Predict the mechanism reaction that occur in Reaction X.
c) State the IUPAC nomenclature of the main product formed during Reaction X.
d) Illustrate the skeletal, expanded and condensed formula of the main product formed during
Reaction X.
e) Give ONE (1) difference between SN1 and SN2 reactions and state ONE (1) example for each
reaction.
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