Assertion (A) : k=Ae^(-E(a)//RT), the Ar...

Assertion (A) : `k=Ae^(-E_(a)//RT)`, the Arrhenius equation represents the dependence of rate constant with temperature.
Reason (R ): Plot of `log.k` against `1//T` is linear and the activation energy can be calculated with this plot.

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Arrehnius equation is : k=Ae^(-E_(a)//RT) Which of the following graphs represents the variation of rate constant k against temerature T?

Statement: The Arrhenius equation explains the temperature dependence of rate of a chemical reaction. Explanation: Plots of log K versus 1//T are linear and the energy of activation is obtained from such plots.

For the Arrhenius equation, the slope for the plot ln k vs 1/T is

In the Arrhenius equation , k=Ae^(-E_(a)//RT) the Arrhenius constant A will be equal ot the rate constant when :

In Arrhenius equation , k=Ae^(E_a/(RT)) , A may be termed as rate constant .

Assertion (A) : `k=Ae^(-E_(a)//RT)`, the Arrhenius equation represents the dependence of rate constant with temperature. Reason (R ): Plot of `log.k` against `1//T` is linear and the activation energy can be calculated with this plot.

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Assertion (A) : `k=Ae^(-E_(a)//RT)`, the Arrhenius equation represents the dependence of rate constant with temperature.
Reason (R ): Plot of `log.k` against `1//T` is linear and the activation energy can be calculated with this plot.