The Williams-Landel-Ferry model provides more accurate predictions for viscosity at higher temperatures than this related equation. This equation is similar in form to an equation based on transition state theory named after Polanyi and Eyring. Derived largely from collision theory, it includes one term based partially on the number of collisions in the system, as well as a term equal to e to the negative capital E-sub-a over RT. Preceded by a pr
The Williams-Landel-Ferry model provides more accurate predictions for viscosity at higher temperatures than this related equation. This equation is similar in form to an equation based on transition state theory named after Polanyi and Eyring. Derived largely from collision theory, it includes one term based partially on the number of collisions in the system, as well as a term equal to e to the negative capital E-sub-a over RT. Preceded by a pre-exponential or steric factor typically symbolized A and used to compute the rate constant in terms of activation energy, for 10 points, name this equation of chemical kinetics, named after a Swedish chemist.
The Williams-Landel-Ferry model provides more accurate predictions for viscosity at higher temperatures than this related equation.
Arrhenius Equation