TST fails at high values of this quantity because more intermediate states become accessible.
Discharging a capacitor through a reaction cell is a method of studying reaction rates by "relaxing" this quantity in its "jump" method. When describing a frequency, this quantity is raised to the one-half power in collision theory and to the first power in transition state theory, or TST. The Q10 coefficient describes the effect of changing this property. TST fails at high values of this quantity because more intermediate states become accessible. The reciprocal of this quantity is plotted against the (*) natural log of the rate constant to calculate the pre-exponential factor. Reaction rate varies exponentially with this quantity because it is multiplied by R in the denominator of the exponential term of the Arrhenius equation. For 10 points, name this property that describes the average kinetic energy of particles and is measured in Kelvins.
Discharging a capacitor through a reaction cell is a method of studying reaction rates by "relaxing" this quantity in its "jump" method.
temperature [or T] &lt;Garg&gt;