A modification of this equation has a constant of proportionality equal to Boltzmann's constant divided by Planck's constant and is based on the transition state theory of Eyring and Polyani.
A stretched exponential form of this equation is useful in cases involving variable range hopping, and one theoretical basis for it comes from the Trautz-Lewis theory. A modification of this equation has a constant of proportionality equal to Boltzmann's constant divided by Planck's constant and is based on the transition state theory of Eyring and Polyani. One quantity in this equation is equal to the product of the collision frequency and steric factor, which multiplies an exponent of activation energy. For 10 points, name this equation developed by a Swedish chemist that gives the rate of a reaction based on the activation energy.
A stretched exponential form of this equation is useful in cases involving variable range hopping, and one theoretical basis for it comes from the Trautz-Lewis theory.
{Arrhenius} Equation