Earlier in the chapter we mentioned the decomposition of N 2 O 5 : Consider the following

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Earlier in the chapter we mentioned the decomposition of N2O5:

2 NO(g) 4 NO(g) + O(g)


Consider the following data for the kinetics of this reaction:

Experiment 1 2 Initial [NO5] (mol L-) 3.0  10- 9.0  10- Initial Rate of Reaction (mol L  s ) 9.0  10-7 2.7 x


Determine the rate law and rate constant for this reaction at the temperature of these experiments.

Strategy To establish the rate law, determine the order with respect to the reactant by noticing how the rate changes with changing concentration. Write the rate law and calculate k by substituting the concentration and rate from one of the experiments in the rate law.

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Related Book For  answer-question

Chemistry For Engineering Students

ISBN: 9780357026991

4th Edition

Authors: Lawrence S. Brown, Tom Holme

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