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11 Nov 2019
Based on question a\b\c\d, please answer Q1,Q2,Q3 (on the second picture) as detailed as possible. Thank you!
One overall reaction through which O, is depleted in the stratosphere is: 0,0 +0 â 2020 We will consider this reaction in that absence (uncatalyzed) and presence (catalyzed) of Cl atom. (1) Mechanism of the uncatalyzed reaction The experimentally observed rate law is: rate = k [0][0]. 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. (a) (2 pt) 0,0 +0. â 2020 (single step mechanism) B 2018 Rate law: _KT03]Ä«6) Rate law: Agrees with experimentally observed rate: yes) no (circle one) (b) (2 pt) 0,0 +0000 (slow) (fast) ki04)= = AIU23, di04) KIZU3I7o]-K TO+]-o KIT03770 K2 Rate law: K, LO3) IO) Agrees with experimentally observed rate: (yes) no (circle one) (C) (2 pt) (fast, reversible) (slow) 0, 0+0 40 sie Omg * O, KI2010 Kil03) T0] = K, L04] 104]: Î. 20 ]Ïο) K-2 rate - Ki K2 LO, ITO) KH. Rate law: = KI 0:770) Agrees with experimentally observed rate: yes) no (circle one) Homework 5 Page 1 of 3
Based on question a\b\c\d, please answer Q1,Q2,Q3 (on the second picture) as detailed as possible. Thank you!
One overall reaction through which O, is depleted in the stratosphere is: 0,0 +0 â 2020 We will consider this reaction in that absence (uncatalyzed) and presence (catalyzed) of Cl atom. (1) Mechanism of the uncatalyzed reaction The experimentally observed rate law is: rate = k [0][0]. 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. (a) (2 pt) 0,0 +0. â 2020 (single step mechanism) B 2018 Rate law: _KT03]Ä«6) Rate law: Agrees with experimentally observed rate: yes) no (circle one) (b) (2 pt) 0,0 +0000 (slow) (fast) ki04)= = AIU23, di04) KIZU3I7o]-K TO+]-o KIT03770 K2 Rate law: K, LO3) IO) Agrees with experimentally observed rate: (yes) no (circle one) (C) (2 pt) (fast, reversible) (slow) 0, 0+0 40 sie Omg * O, KI2010 Kil03) T0] = K, L04] 104]: Î. 20 ]Ïο) K-2 rate - Ki K2 LO, ITO) KH. Rate law: = KI 0:770) Agrees with experimentally observed rate: yes) no (circle one) Homework 5 Page 1 of 3
Casey DurganLv2
18 Apr 2019