Plots showing the variation of the rate constant ( K ) with temperature ( T ) are given below. The plot that follows Arrhenius equation is :

Question

Plots showing the variation of the rate constant ( K ) with temperature ( T ) are given below. The plot that follows Arrhenius equation is : (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

According to Arrhenius equation K = A ⋅ e -E a / RT Thus, K increases exponentially, when T is raised.

Q. Plots showing the variation of the rate constant $(K)$ with temperature ( $T$ ) are given below. The plot that follows Arrhenius equation is :

According to Arrhenius equation
$K = A \cdot e^{- E_{a} / RT}$
Thus, $K$ increases exponentially, when $T$ is raised.

Q. Plots showing the variation of the rate constant (K) with temperature ( T ) are given below. The plot that follows Arrhenius equation is :

According to Arrhenius equation K=A⋅e−Ea​/RT Thus, K increases exponentially, when T is raised.

Q. Plots showing the variation of the rate constant $(K)$ with temperature ( $T$ ) are given below. The plot that follows Arrhenius equation is :

According to Arrhenius equation
$K = A \cdot e^{- E_{a} / RT}$
Thus, $K$ increases exponentially, when $T$ is raised.