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(Solved): Part One: Please help me calculate the below dimensional analysis equations:  The brominating ...


Part One:

Please help me calculate the below dimensional analysis equations: 

Maximum amount of the product obtainable from anisole (density 0.995g/mL) if you used anisole: 10 Pts 0.35 mL of anisole g of

The brominating mixture is made by dissolving 13 mL (density of pure bromine is 3.19 g/mL) of bromine in enough 48% HBr aqueous solution (48% number is not needed in calculations) to make a total of 100 mL of solution.

(product was dibrominated according to NMR)

Part 2:

The brominating mixture is made by dissolving 13 mL of bromine in enough 48% HBr aqueous solution to make a total of 100 mL of solution.  What is the molarity of bromine in this solution? (density of bromine 3.19 g/mL. Note that you do not need 48% HBr at all in your calculation because it is only a solvent).  Show work.        

Maximum amount of the product obtainable from anisole (density 0.995g/mL) if you used anisole: 10 Pts 0.35 mL of anisole g of brominated anisole Maximum amount of the product obtainable from bromine (start from 5.00 mL of bromine solution): 5 mL Br


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The methoxy group is a potent activator of the ortho/para positions and the reaction of the bromination of anisole can be carried out rapidly in water and in the absence of catalyst. If the reaction is carried out in the presence of an excess of brom
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