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11 Nov 2019
Question e) specifically
One overall reaction through which O, is depleted in the stratosphere is 03 (g) + O(g) â 202g) 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 [O10] 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) (a) 03 (g) 0(g) â 202(g) (single step mechanism) Rate law Agrees with experimentally observed rate: yes no (circle one) (b) (½ pt) (slow) 04(g) â 202(g) (fast) Rate law: Agrees with experimentally observed rate: yes no (circle one) (c) (2 pt) 3(g(g) (fast, reversible) 04(g) â 202(8) (slow) Rate law: Agrees with experimentally observed rate: yes no (circle one)
Question e) specifically
One overall reaction through which O, is depleted in the stratosphere is 03 (g) + O(g) â 202g) 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 [O10] 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) (a) 03 (g) 0(g) â 202(g) (single step mechanism) Rate law Agrees with experimentally observed rate: yes no (circle one) (b) (½ pt) (slow) 04(g) â 202(g) (fast) Rate law: Agrees with experimentally observed rate: yes no (circle one) (c) (2 pt) 3(g(g) (fast, reversible) 04(g) â 202(8) (slow) Rate law: Agrees with experimentally observed rate: yes no (circle one)
Nestor RutherfordLv2
25 Sep 2019