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 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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