Consider the reaction of S,0. with I-, in ague ons solntion: 8, S202-(an)"+3 I- (an)© 250Ź car) +Ig(a2) 8. 4 At a given temp. the rate Of disa ppear ance of 'S,0? varies with reactant concentrafions in the following manner: experiment [S20; (M) [I-](M) Rate (MIs) 0.018 2 0.027 3. 0.034 2.6 0-036 3.9 10- 10-6 0-036 0.054 7-8 4. 0.050 0-072 1.4 10 a.) Determine the rate law and the rate constant tor the reaction

Consider the reaction of S,0. with I-, in ague ons solntion: 8, S202-(an)"+3 I- (an)© 250Ź car) +Ig(a2) 8. 4 At a given temp. the rate Of disa ppear ance of 'S,0? varies with reactant concentrafions in the following manner: experiment [S20; (M) [I-](M) Rate (MIs) 0.018 2 0.027 3. 0.034 2.6 0-036 3.9 10- 10-6 0-036 0.054 7-8 4. 0.050 0-072 1.4 10 a.) Determine the rate law and the rate constant tor the reaction

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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consider the reaction of S20,- with I, in agne ons solution: 2. 2 At a given temp. the rate of disa ppearance of ' S,0? varies with reactnnt concentrafions in the following manner: experiment [S,0% (M) [I-](M) Rate (MIB) 0.034 2.6 0.018 0-027 0-03p 3.0 3 10- 10-6 0.034 0.054 7-8 Us 4. 0.050 0-072 l.4 10 5. Aenmime
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17. If one defines the rate of the reaction 30 CH3OH +B10H14 0 10 B(OCH3)3 + 22 H2 as -A[B10 H14] At Rate = then the rate is also correctly expressed by 1 A[CH3 OH] At 1 ΔΒ(0CH> )s] At 1 A[H;] (a) Rate = 30 (b) Rate = 10 (c) Rate = 22 At (d) none of these. (e) all of these.
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