parts c and d please c. One of your propagation steps should have created "HBr" as a product.Write the products of the reaction of HBr with NBS (no mechanism isneeded, buthydrobromic acid and N-bromosuccinimide).youshould write two products that result from the reaction ofd. When this reaction is carried out using Br2 rather than NBS as the Br atomsource another product forms from a reaction involving an ionic mechanismrather than a radical mechanism. This product has a molecular weight morethan double the cyclohexene starting material. Draw this product showingall stereoisomers if applicable. 1. Consider the reaction scheme belowNBShva. Draw the major regioisomer resulting from monobromination ofcyclohexene with N-bromosuccinimide. If this major regioisomer isproduced as a mixture of stereoisomers, draw each stereoisomer andindicate the relative amount of each stereoisomer (That is, if onestereoisomer is formed preferentially label it is as "major." If both are formedin equal amounts label each as "50%").b. Draw an arrow pushing reaction mechanism for this reaction. You shoulddraw an initiation step, two propagation steps, and two possible terminationsteps for the radical chain reaction and clearly label which step is which.Your mechanism can use Br2 as the source of bromine radicals in theinitiation step that will be present as a minor, low concentration impurity inthe NBS.36°F

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c. One of your propagation steps should have created "HBr" as a product. Write the products of the reaction of HBr with NBS (no mechanism is needed, but hydrobromic acid and N-bromosuccinimide). you should write two products that result from the reaction of d. When this reaction is carried out using Br2 rather than NBS as the Br atom source another product forms from a reaction involving an ionic mechanism rather than a radical mechanism. This product has a molecular weight more than double the cyclohexene starting material. Draw this product showing all stereoisomers if applicable.

c. One of your propagation steps should have created "HBr" as a product. Write the products of the reaction of HBr with NBS (no mechanism is needed, but hydrobromic acid and N-bromosuccinimide). you should write two products that result from the reaction of d. When this reaction is carried out using Br2 rather than NBS as the Br atom source another product forms from a reaction involving an ionic mechanism rather than a radical mechanism. This product has a molecular weight more than double the cyclohexene starting material. Draw this product showing all stereoisomers if applicable.

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter19: Eas: Electrophilic Aromatic Substitution

Section: Chapter Questions

Problem 19E

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