$2\mathrm{.}25$ The temperature dependence of chemical reactions can be computed with the Arrhenius equation:

$k=A{e}^{-(kTa)}$

where $k=$ reaction rate $(s^{-1}),A=$ the preexponential $($or frequency$)$ factor, $E=$ activation energy $(\frac{J}{m}ol),R=$ gas constant $8\mathrm{.}314\frac{J}{\text{m}\text{o}\text{l}\text{e}*K},$ and $T_a=$ absolute temperature $($K$).$ A compound has $E=1{10}^5\frac{J}{m}ol$ and $A=7{10}^{16}.$ Use MATLAB to generate values of reaction rates for temperatures ranging from $253$ to $325K.$ Use subplot to generate a side$-$by$-$side graph of $($a$)k$ versus $T_a($green line$)$ and $($b$)lo{g}_{10}k($red line$)$ versus $\frac{1}{T_a}.$ Employ the semilogy function to create $($b$).$ Include axis labels and titles for both subplots. Interpret your results.