When the chiral alkyl chloride (A) is heated in water, two products form: a substitution (B) and elimination (C) product
Posted: Thu Jun 30, 2022 6:28 pm
When the chiral alkyl chloride (A) is heated inwater, two products form: a substitution (B) andelimination (C) product. The substitution product is aracemic mixture.
A. Illustrate the mechanisms showing formationof B and C that explain these results.
B. The mechanism for the formation of compound B canbe categorized as either Sn1, Sn2, E1 or E2. Determine the correctcategory for the mechanism on the formation of B - What if anyare the reaction details that helped you determine the correctclassification ^
D. The starting material compound A is a secondaryalkyl halide. Secondary alkyl halides undergo both Sn1/E1 or Sn2/E2type reactions. Look at the structure of A, determine thedriving force of why this secondary alkyl halide proceeded throughone mechanistic pathway over the other. Draw structures to helpexplain your reasoning.
의 S-isomer (A) HO OH (B) (C)
- When The Chiral Alkyl Chloride A Is Heated In Water Two Products Form A Substitution B And Elimination C Product 1 (56.47 KiB) Viewed 55 times
B. The mechanism for the formation of compound B canbe categorized as either Sn1, Sn2, E1 or E2. Determine the correctcategory for the mechanism on the formation of B - What if anyare the reaction details that helped you determine the correctclassification ^
D. The starting material compound A is a secondaryalkyl halide. Secondary alkyl halides undergo both Sn1/E1 or Sn2/E2type reactions. Look at the structure of A, determine thedriving force of why this secondary alkyl halide proceeded throughone mechanistic pathway over the other. Draw structures to helpexplain your reasoning.
의 S-isomer (A) HO OH (B) (C)