For the third experiment. NH, is mixed with F_2 so that (F_2)_o = 1.00 M and the

Question

For the third experiment. NH, is mixed with F_2 so that (F_2)_o = 1.00 M and the temperature is 435 K; the following pair of graphs is generated. Based on this information and that in , calculate the energy of activation for the reaction and the rate constant, k. for the reaction if it was executed at 475 K. 4. The following mechanism has been proposed for the. reaction: Determine the rate law for the reaction: a) if Step #1 is the rate-determining one. and b) if Step #2 is the rate-determining one. Compare these to the rate law determined for pari b and state which is the rate-determining step.

Explanation / Answer

3) Part a is not given in the above picture.

4)

a) R1 = k1[F2]

b) R2 = k2[F][NH3]

*Now the last part (b) of the question is not clear about what it is talking as there is no such information given for comparison.

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