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11 Nov 2019
For reactions I, II, and III, the logarithm of concentration [Reactant] were plotted against time as shown in the following graph, A) reaction II is a first order reaction. B) reaction III is a second order reaction. C) reaction I is a first order reaction. D) reaction III is a first order reaction. The balanced equation for the reaction of bromate ion with bromide in acidic solution is given by: BrO^-_3 + 5Br^- + 6h^+ - 3Br_2 + 3H_2 O At a particular instant in time, the value of -delta [Br^-]/delta t is 1.0 times 10^-2 mol/L s. What is the value of delta [Br_2]/delta t in the same units?
For reactions I, II, and III, the logarithm of concentration [Reactant] were plotted against time as shown in the following graph, A) reaction II is a first order reaction. B) reaction III is a second order reaction. C) reaction I is a first order reaction. D) reaction III is a first order reaction. The balanced equation for the reaction of bromate ion with bromide in acidic solution is given by: BrO^-_3 + 5Br^- + 6h^+ - 3Br_2 + 3H_2 O At a particular instant in time, the value of -delta [Br^-]/delta t is 1.0 times 10^-2 mol/L s. What is the value of delta [Br_2]/delta t in the same units?
Casey DurganLv2
12 Sep 2019