The chemiluminescence reaction between nitrogen monoxide and ozone is given as follows: (c) (i) NO + 03 NO2 + O2 Based on the hard-sphere collision theory, calculate the pre-exponential factor, A for the elementary reaction at 650 K. Given that the molecular diameter of NO and O3 are 2.8 Å and 4.0 Å, respectively. What will be the effect on the pre-exponential factor, A if the temperature, T is decreased from 500 K to 300 K while other parameters are kept constant? (ii)

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The chemiluminescence reaction between nitrogen monoxide and ozone
is given as follows:
(c)
(i)
NO + 03
NO2 + O2
Based on the hard-sphere collision theory, calculate the pre-exponential
factor, A for the elementary reaction at 650 K. Given that the molecular
diameter of NO and O3 are 2.8 Å and 4.0 Å, respectively.
What will be the effect on the pre-exponential factor, A if the
temperature, T is decreased from 500 K to 300 K while other parameters
are kept constant?
(ii)
(0)
Transcribed Image Text:The chemiluminescence reaction between nitrogen monoxide and ozone is given as follows: (c) (i) NO + 03 NO2 + O2 Based on the hard-sphere collision theory, calculate the pre-exponential factor, A for the elementary reaction at 650 K. Given that the molecular diameter of NO and O3 are 2.8 Å and 4.0 Å, respectively. What will be the effect on the pre-exponential factor, A if the temperature, T is decreased from 500 K to 300 K while other parameters are kept constant? (ii) (0)
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