Question 3 AAlkyl halide chemistry. Consider molecules A and B, as shown below: Br "Br А В i) Circle the correct relationship between A and B. a) constitutional isomers; b) diastereomers; c) enantiomers; d) meso ii) When A is treated with sodium methoxide in methanol, C is formed as the major product. Provide the structure of C. iii) Please provide a mechanism (with arrow pushing) for the formation of C from A. iv) When A is treated with HBr, two brominated compounds are formed as the major products Provide the structures of these two brominated compounds. v) Please provide a mechanism (with arrow pushing) for the reaction in part iv.

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Question 3
aAlkyl halide chemistry.
Consider molecules A and B, as shown below:
Br
"Br
A
i) Circle the correct relationship between A and B.
a) constitutional isomers;
b) diastereomers;
c) enantiomers;
d) meso
ii) When A is treated with sodium methoxide in methanol, C is formed as the major product.
Provide the structure of C.
iii) Please provide a mechanism (with arrow pushing) for the formation of C from A.
iv) When A is treated with HBr, two brominated compounds are formed as the major products
Provide the structures of these two brominated compounds.
v) Please provide a mechanism (with arrow pushing) for the reaction in part iv.
Transcribed Image Text:Question 3 aAlkyl halide chemistry. Consider molecules A and B, as shown below: Br "Br A i) Circle the correct relationship between A and B. a) constitutional isomers; b) diastereomers; c) enantiomers; d) meso ii) When A is treated with sodium methoxide in methanol, C is formed as the major product. Provide the structure of C. iii) Please provide a mechanism (with arrow pushing) for the formation of C from A. iv) When A is treated with HBr, two brominated compounds are formed as the major products Provide the structures of these two brominated compounds. v) Please provide a mechanism (with arrow pushing) for the reaction in part iv.
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