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The OH· Radical Disproportionates According to the Elementary Chemical Reaction ×\times

Question 84

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The OH· radical disproportionates according to the elementary chemical reaction  The OH· radical disproportionates according to the elementary chemical reaction   This reaction is second order in OH·.The rate constant for the reaction is 2.0  \times  10<sup>-</sup><sup>12</sup> cm<sup>3</sup>/molecules at room temperature.If the initial OH concentration is 1.3  \times  10<sup>13</sup> molecules/cm<sup>3</sup>,what is the first half-life for the reaction? A) 3.5  \times  10<sup>11</sup> s B) 2.6  \times  10<sup>1</sup> s C) 3.8  \times  10<sup>-</sup><sup>2</sup> s D) 7.7  \times  10<sup>-</sup><sup>14</sup> s E) 1.9  \times  10<sup>-</sup><sup>2</sup> s This reaction is second order in OH·.The rate constant for the reaction is 2.0 ×\times 10-12 cm3/molecules at room temperature.If the initial OH concentration is 1.3 ×\times 1013 molecules/cm3,what is the first half-life for the reaction?


A) 3.5 ×\times 1011 s
B) 2.6 ×\times 101 s
C) 3.8 ×\times 10-2 s
D) 7.7 ×\times 10-14 s
E) 1.9 ×\times 10-2 s

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