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2. Consider the two reactions below. Reaction A OH HBr (1 mol) (1 mol) VS Reaction B OH HBr (1 mol) (1 mol) (a) (4pts) Briefly explain why one of the reactions above will produce a single product while the other will produce a mixture of two stereoisomers. (b) (6pts) To the right of each reaction arrow in the scheme above, draw the expected alky halide product(s) for each reaction. (c) (4pts) For the case that produces a mixture of stereoisomers, indicate (i) what type of stereoisomers are produced and if (ii)they are produced as a racemic mixture. Write your answer in the space below. (i) (ii)

          2. Consider the two reactions below. Reaction A OH HBr (1 mol) (1 mol) VS Reaction B OH HBr (1 mol) (1 mol) (a) (4pts) Briefly explain why one of the reactions above will produce a single product while the other will produce a mixture of two stereoisomers. (b) (6pts) To the right of each reaction arrow in the scheme above, draw the expected alky halide product(s) for each reaction. (c) (4pts) For the case that produces a mixture of stereoisomers, indicate (i) what type of stereoisomers are produced and if (ii)they are produced as a racemic mixture. Write your answer in the space below. (i) (ii)

2. Consider the two reactions below. Reaction A OH HBr (1 mol) (1 mol) VS Reaction B OH HBr (1 mol) (1 mol) (a) (4pts) Briefly explain why one of the reactions above will produce a single product while the other will produce a mixture of two stereoisomers. (b) (6pts) To the right of each reaction arrow in the scheme above, draw the expected alky halide product(s) for each reaction. (c) (4pts) For the case that produces a mixture of stereoisomers, indicate (i) what type of stereoisomers are produced and if (ii)they are produced as a racemic mixture. Write your answer in the space below. (i) (ii)

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