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please use the correct number of significant figures, thank you!
Accepted characters For the reaction 3NO → N2O + NO2, the following data were collected: t(min) [NO] In[NO] 1/[NO] 0.01 4.605
S ON In(NO) IONIT The order of this reaction in NO is The magnitude of the rate constant for the reaction is k= number with 3
0 0
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Answer #1

3 NO ==> N2O + NO2

In this case , our graph with the inverse of the concentration, 1/[NO] versus time, we get a positive straight line with a positive slope : it's second order reaction.

== Order of reaction in NO : 2

== rate constant k, ==> slope = (278.7879 M-1 / 360 min) = 0.774 M-1s-1 k ==> k = 0.774 M-1min-1

== 2nd order reaction Half like = 1/k[NO]0 = 1/ 0.774 M-1min-1*0.01 M = 129 Min

===

from 2nd order kinetics at 100 min.

1/[NO] = 1/[NO]0 + kt = 100 M-1 + 77.4 M-1

[NO] = 0.00564 mol/L

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