2H₂ NO H₂O 2 H₂0 Consider the following proposed reaction mechanism: N₂0 H₂ 2 N₂0₂ 2N₂ N₂0₂ Step 1: NO + NO N202 Step 2: N202 + H2 - N2O + H2O The reactants in the overall reaction are (include their correct coefficients): 2 NO 2 N₂0 Step 3: N2O + H2-N2 + H20 The second step is the slow (rate-determining) step. Answer the following questions: What is the correct rate law for the overall reaction? O rate= K[NO]²[H₂1² O rate = K[NO]²[H₂] Orate = K[N₂0₂][H₂] O rate = K[N₂0₂]²[H₂] The products in the overall reaction are (include their correct coefficients): N₂ U O NO 2 H₂0 H₂ 2 H₂ 2 N₂0 N₂0₂ 2 NO N₂0 H₂0 2 N₂0₂ 2N₂ The intermediates in the mechanism are: 00 O N₂0 H₂O NO N₂ N₂0₂ H₂

2H₂ NO H₂O 2 H₂0 Consider the following proposed reaction mechanism: N₂0 H₂ 2 N₂0₂ 2N₂ N₂0₂ Step 1: NO + NO N202 Step 2: N202 + H2 - N2O + H2O The reactants in the overall reaction are (include their correct coefficients): 2 NO 2 N₂0 Step 3: N2O + H2-N2 + H20 The second step is the slow (rate-determining) step. Answer the following questions: What is the correct rate law for the overall reaction? O rate= K[NO]²[H₂1² O rate = K[NO]²[H₂] Orate = K[N₂0₂][H₂] O rate = K[N₂0₂]²[H₂] The products in the overall reaction are (include their correct coefficients): N₂ U O NO 2 H₂0 H₂ 2 H₂ 2 N₂0 N₂0₂ 2 NO N₂0 H₂0 2 N₂0₂ 2N₂ The intermediates in the mechanism are: 00 O N₂0 H₂O NO N₂ N₂0₂ H₂

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter13: Chemical Kinetics

Section: Chapter Questions

Problem 13.72QE

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