The temperature dependence of rate constant \[(k)\] of a chemical reaction is written in terms of Arrhenius equation, \[K=A.{{e}^{-E*/RT}}\]. Activation energy \[({{E}^{*}})\] of the reaction can be calculated by plotting [CBSE PMT 2003]

\[\log \,k\,vs\,\frac{1}{\log \,T}\]

The temperature dependence of rate constant \[(k)\] of a chemical reac

1.	The temperature dependence of rate constant \[(k)\] of a chemical reaction is written in terms of Arrhenius equation, \[K=A.{{e}^{-E/RT}}\]. Activation energy \[({{E}^{}})\] of the reaction can be calculated by plotting [CBSE PMT 2003]
A.	\[\log \,k\,vs\,\frac{1}{\log \,T}\]
B.	\[k\,vs\,T\]
C.	\[k\,vs\,\frac{1}{\log \,T}\]
D.	\[\log \,k\,vs\,\frac{1}{T}\]
Answer» E.

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The temperature dependence of rate constant \[(k)\] of a chemical reaction is written in terms of Arrhenius equation, \[K=A.{{e}^{-E*/RT}}\]. Activation energy \[({{E}^{*}})\] of the reaction can be calculated by plotting [CBSE PMT 2003]

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The temperature dependence of rate constant \[(k)\] of a chemical reaction is written in terms of Arrhenius equation, \[K=A.{{e}^{-E/RT}}\]. Activation energy \[({{E}^{}})\] of the reaction can be calculated by plotting [CBSE PMT 2003]