In the Arrhenius equation, $K = A e x p^{(- E_{a} / R T)}$ . A may be termed as rate constant at infinite temperature.
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In the Arrhenius equation, $K = A e x p^{(- E_{a} / R T)}$ . A may be termed as rate constant at infinite temperature. Whn, the temperature is infinite, the value of the term $\frac{- E_{a}}{R T}$ becomes zero and the value of the term $e x p^{(- \frac{E_{a}}{R T})}$ becomes equal to 1. Hence, $k = A$

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A e x p^{- E_{a} / R T}

A

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k = A e^{\frac{{- E}_{a}}{R T}}

k = A e^{(\frac{E_{a}}{R T})} .

k = A e^{- E_{a} / R T}

A

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