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11 Nov 2019
Please write as detailed answer as possible, thank you!
One overall reaction through which Oj is depleted in the stratosphere is We will consider this reaction in that absence (uncatalyzed) and presence (catalyzed) of Cl atom. Mechanism of the uncatalyzed reaction The experimentally observed rate law is: rate -k [O3][o] 1. For each of the following mechanisms, derive the rate law, and state where it agrees with the experimentally observed, phenomenological, rate law given above (½ pt) 03(g) +ã(g) â 202(g) (single step mechanism) (a) Rate law: Agrees with experimentally observed rate: yes no (circle one) (b) (2 pt) slow 04(g) â 202(g) (fast) Rate law: Agrees with experimentally observed rate: yes no (circle one) (c) (2 pt) (fast, reversible) 3 (g) 04(g) â 202(g) (slow) Rate law Agrees with experimentally observed rate: yes no (circle one)
Please write as detailed answer as possible, thank you!
One overall reaction through which Oj is depleted in the stratosphere is We will consider this reaction in that absence (uncatalyzed) and presence (catalyzed) of Cl atom. Mechanism of the uncatalyzed reaction The experimentally observed rate law is: rate -k [O3][o] 1. For each of the following mechanisms, derive the rate law, and state where it agrees with the experimentally observed, phenomenological, rate law given above (½ pt) 03(g) +ã(g) â 202(g) (single step mechanism) (a) Rate law: Agrees with experimentally observed rate: yes no (circle one) (b) (2 pt) slow 04(g) â 202(g) (fast) Rate law: Agrees with experimentally observed rate: yes no (circle one) (c) (2 pt) (fast, reversible) 3 (g) 04(g) â 202(g) (slow) Rate law Agrees with experimentally observed rate: yes no (circle one)
Nelly StrackeLv2
26 Aug 2019