6. The conversion of nitrogen dioxide gas into dinitrogen tetroxide gas follows simple second order kinetics....

 

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6. The conversion of nitrogen dioxide gas into dinitrogen tetroxide gas follows simple second order kinetics. a. Calculate the rate constant if the rate of the reaction is 8.49 M/sec when the concentration of [NO2] is 0.147M. Use appropriate units. b. What would the rate of the reaction be if the [NO2] concentration falls to 0.0950M? c. What is the concentration of [NO2] when the rate is 2.86 M/sec? 6. The conversion of nitrogen dioxide gas into dinitrogen tetroxide gas follows simple second order kinetics. a. Calculate the rate constant if the rate of the reaction is 8.49 M/sec when the concentration of [NO2] is 0.147M. Use appropriate units. b. What would the rate of the reaction be if the [NO2] concentration falls to 0.0950M? c. What is the concentration of [NO2] when the rate is 2.86 M/sec?

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a The rate law for a secondorder reaction is given by the ... View the full answer