Rate constants for the liquid$-$phase, second$-$order, aromatic reaction of $2-$ chloroqinoxaline $(2$CQ$)$ with aniline in ethanol $($inert solvent$)$ were determined at several temperatures by Patel $(1992).$ The reaction rate was followed by means of a conductance cell $($as a Batch Reactor$).$ Results are as follows:

Rate constants for the liquid$-$phase, second$-$order, aromatic reaction of $2$chloroqinoxaline $(2$CQ$)$ with aniline in ethanol $($inert solvent$)$ were determined at several temperatures by Patel $(1992).$ The reaction rate was followed by means of a conductance cell $($as a Batch Reactor$).$ Results are as follows:

$\backslash$table$[[T[C],20,25,30,35,40],[{10}^{5}k[d{m}^{3}mo{l}^{-1}{s}^{-1}],2\mathrm{.}7,4\mathrm{.}0,5\mathrm{.}8,8\mathrm{.}6,13\mathrm{.}0]]$

Calculate the Arrhenius parameters A and $E_A$ for this reaction, state the units of each.Calculate the Arrhenius parameters A and EA for this reaction, state the units of each.