The temperature dependence of the rate constant k is expressed as `k = Ae^(-Ea//RT)`
When a plot between logk and 1/T is plotted we get the graph as shown.

What is the value of slopw in the graph?

When a plot between logk and 1/T is plotted we get the graph as shown. What is the value of slope in the graph?

When a plot between logk and 1/T is plotted we get the graph as shown. What is the value of slope in the graph?

The rate of a reaction depends upon the temperature and is quantitatively expressed as k=Ae^((-Ea)/(RT) i) If a graph is plotted between log k and 1/T, write the expression for the slope of the reaction? ii) If at under different conditions E_(a1)andE_(a2) are the activation energy of two reactions. If E_(a1) = 40 J// "mol and " E_(a2) = 80 J//" mol" . Which of the two has a larger value of the rate constant?

The rate of a reaction depends upon the temperature and is quantitatively expressed as k=Ae^((-Ea)/(RT) i) If a graph is plotted between log k and 1/T, write the expression for the slope of the reaction? ii) If at under different conditions E_(a1)andE_(a2) are the activation energy of two reactions. If E_(a1) = 40 J// "mol and" E_(a2) = 80 J//" mol" . Which of the two has a larger value of the rate constant?

The temperature dependence of the rate of a chemical reaction is given by arrhenius equation, k = Ae^(-Ea//RT) . Which of the following graphs will be a striaght line?

The temperature dependence of the rate of a chemical reaction is given by arrhenius equation, k = Ae^(-Ea//RT) . Which of the following graphs will be a striaght line?

A graph plotted between log k vs (1)/(T) is represented by

In a plot of log.k vs 1/T, the slope'is :

According to Arrhenius equation rate constant k is equal to Ae^(-E_a//RT) Which of the following options represents the graph of In k vs 1/T?