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Chemical Kinetics and Reaction Rates Calculation Testing

Analyzing the reaction rate of N2O5 to NO2 and O2, calculating final and initial concentrations for chemical kinetics testing. Utilization of ideal gas law to convert moles to pressure.

erich-bond
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Chemical Kinetics and Reaction Rates Calculation Testing

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  1. CH 14 #98 2 N2O5 4 NO2 + O2 RATE= k [N2O5] = 1.0 * 10-5 /S 20 hr = 7.20 * 104 s, [N2O5] = 0.600 ln[A]t – ln[A]0 = -kt ln[A]t – ln[A]0 = -kt ln[N2O5]t =-kt + ln[N2O5]0 ln[N2O5]t = -1.0 * 10-5 (7.2*104 s) + ln(0.600) = -1.231 ln[N2O5]t = e-1.231=0.292 M

  2. 2 N2O5 4 NO2 + O2 Final concentration (0.292) – initial (0.600) = 0.308 mol Use PV=nRT to convert moles of oxygen to P. it is 0.402 atm

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