. The rate constant for the decomposition of a 0.300 M gas was studied at three...

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. The rate constant for the decomposition of a 0.300 M gas was studied at three temperatures. a) Complete the table below by providing the data needed to obtain the activation energy by the graphical method. Be sure to label the columns, including any units. (Do not plot the data.) T (K) k (s) 415 4.00 x 10 425 1.46 x 10 435 5.40 x 10 b) Assuming that a plot of the data obtained in part a yields a straight line, determine the activation energy of this reaction in k.J/mol. (You do not have to plot the data!) . The rate constant for the decomposition of a 0.300 M gas was studied at three temperatures. a) Complete the table below by providing the data needed to obtain the activation energy by the graphical method. Be sure to label the columns, including any units. (Do not plot the data.) T (K) k (s) 415 4.00 x 10 425 1.46 x 10 435 5.40 x 10 b) Assuming that a plot of the data obtained in part a yields a straight line, determine the activation energy of this reaction in k.J/mol. (You do not have to plot the data!)