1. Complete the following equations (asuming that the reactions occur via a bromonium ion). There is no need to write the mechanism. If the reaction produces a pair of enantiomers, draw both...


1.<br>Complete the following equations (asuming that the reactions occur via a bromonium ion). There<br>is no need to write the mechanism. If the reaction produces a pair of enantiomers, draw both<br>structures and assign the stereochemistry (R or S). If the reaction produces a meso compound,<br>you should assign its stereochemistry (R or S), but do not show its enantiomer, since it does not<br>represent a new compound. Clearly label any meso compounds.<br>Note that CH2Cl2 is the solvent, not a reactant.<br>a)<br>Br2<br>CH,Cl2<br>b)<br>Br2<br>CH;Cl,<br>c)<br>Br2<br>CH,Cl,<br>li<br>

Extracted text: 1. Complete the following equations (asuming that the reactions occur via a bromonium ion). There is no need to write the mechanism. If the reaction produces a pair of enantiomers, draw both structures and assign the stereochemistry (R or S). If the reaction produces a meso compound, you should assign its stereochemistry (R or S), but do not show its enantiomer, since it does not represent a new compound. Clearly label any meso compounds. Note that CH2Cl2 is the solvent, not a reactant. a) Br2 CH,Cl2 b) Br2 CH;Cl, c) Br2 CH,Cl, li

Jun 11, 2022
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