Question: Using the information in the table below, what is the rate law of the reaction? BrO3(aq)+5Br(aq)+6H+(aq)3Br2(l)+3H2O(l) Rate=8.0M3s1[BrO31][Br]2[H+]Rate=0.8M2s1[BrO3][Brr][H+]Rate=800M5s1[BrO3]2[Br]2[H+]2Rate=8.0M31[BrO3][Br][H+]2Rate=8.0M3s1[BrO3]2[Br][H+]Rate=80M4s1[BrO3][Br]2[H+]2Rate=80M4s1[BrO3]2[Br][H+]2Rate=80M4s1[BrO3]2[Br2]2[H+] 5 ipoint Using the information in the table

 Using the information in the table below, what is the rate

Using the information in the table below, what is the rate law of the reaction? BrO3(aq)+5Br(aq)+6H+(aq)3Br2(l)+3H2O(l) Rate=8.0M3s1[BrO31][Br]2[H+]Rate=0.8M2s1[BrO3][Brr][H+]Rate=800M5s1[BrO3]2[Br]2[H+]2Rate=8.0M31[BrO3][Br][H+]2Rate=8.0M3s1[BrO3]2[Br][H+]Rate=80M4s1[BrO3][Br]2[H+]2Rate=80M4s1[BrO3]2[Br][H+]2Rate=80M4s1[BrO3]2[Br2]2[H+] 5 ipoint Using the information in the table below, calculate the initial rate of a 5 th experiment where all reactants had an initial concentration of 0.20M. BrO3(aq)+5Br(aq)+6H+(aq)3Br2(i)+3H2O(l) Report your answer using two significant figures

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