5) The homogeneous reaction in aqueous solution DO NOT USE STEADY STATE IO3 + 81 + 6H→ 313 + 3H₂0 has an observed rate law of r = k[IO; ][I][H*]². a) Determine the rate law for the three mechanisms below. b) Which mechanism do you think is most likely and why? i) ii) iii) IO3 + 21 + 2H+ → 2HIO+ IO (slow) followed by fast reactions IO3 + H* KHIO3 (fast to equilibrium) I + H+ HIO3 + HI HI (fast to equilibrium) HIO+HIO2 (slow) k followed by fast reactions IO; + I +2H+ k H₂l2O3 (fast to equilibrium) H₂12O3 HIO + HIO₂ (slow) followed by fast reactions
5) The homogeneous reaction in aqueous solution DO NOT USE STEADY STATE IO3 + 81 + 6H→ 313 + 3H₂0 has an observed rate law of r = k[IO; ][I][H*]². a) Determine the rate law for the three mechanisms below. b) Which mechanism do you think is most likely and why? i) ii) iii) IO3 + 21 + 2H+ → 2HIO+ IO (slow) followed by fast reactions IO3 + H* KHIO3 (fast to equilibrium) I + H+ HIO3 + HI HI (fast to equilibrium) HIO+HIO2 (slow) k followed by fast reactions IO; + I +2H+ k H₂l2O3 (fast to equilibrium) H₂12O3 HIO + HIO₂ (slow) followed by fast reactions
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section11.7: Reaction Mechanisms
Problem 11.12E
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