Question: determine K for each decay (so 4 Ks in total) Figure 5. Exponential decay of the OH LIF signal in 100 Torr N2, at 293K,
Figure 5. Exponential decay of the OH LIF signal in 100 Torr N2, at 293K, and at four different NO2 concentrations. OH was generated by the photolysis (at time =0s ) of H2O2 at 248nm. The solid lines are fits to the datasets using Eq. (3). Analyze the pFO decays for the observed rate coefficients -- kobs (s-1) for each NO2 conc. Determine the k from a plot of kobs vs. NO2 (units?)
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
