The bromination of acetone that occurs in acid solution is represented by this equation CH_(3)COCH_(3) (aq) + Br_(2) (aq) to CH_(3) COCH_(2) Br(aq) + H^(+) (aq) + Br^(-) (aq) These kinetic data were obtained for given reaction concentrations .Initial concentrations , M {:([CH_(3)COCH_(3)] ,, [Br_(2)] ,, [H^(+)]) , (0.30 ,, 0.05 ,, 0.05) , (0.30 ,, 0.10 ,, 0.05) , (0.30 ,, 0.10 ,, 0.10) , (0.40 ,, 0.05 ,, 0.20):} Initial rate , disappearance of Br_(2), Ms^(-1)

The bromination of acetone that occurs in acid solution is represented

1.	The bromination of acetone that occurs in acid solution is represented by this equation CH_(3)COCH_(3) (aq) + Br_(2) (aq) to CH_(3) COCH_(2) Br(aq) + H^(+) (aq) + Br^(-) (aq) These kinetic data were obtained for given reaction concentrations .Initial concentrations , M {:([CH_(3)COCH_(3)] ,, [Br_(2)] ,, [H^(+)]) , (0.30 ,, 0.05 ,, 0.05) , (0.30 ,, 0.10 ,, 0.05) , (0.30 ,, 0.10 ,, 0.10) , (0.40 ,, 0.05 ,, 0.20):} Initial rate , disappearance of Br_(2), Ms^(-1)
Answer» `5.7 xx 10^(-5)` `5.7 xx 10^(-5)` `1.2 xx 10^(-4)` `3.1 xx 10^(-4)` SOLUTION :In experiment(c) , rate doesn't depend on the concentration of `Br_(2)` . So , rate EXPRESSION will not include `[Br_(2)]`.