The Eyring equation uses free energy as an independent variable, whereas this equation divides (*) activation energy by the product of temperature and the ideal gas constant; in addition, this equation's pre-exponential factor is not temperature-dependent.
An alternative to this equation contains a factor of Boltzmann's constant times temperature over Planck's constant and is known as the Eyring equation. The Eyring equation uses free energy as an independent variable, whereas this equation divides (*) activation energy by the product of temperature and the ideal gas constant; in addition, this equation's pre-exponential factor is not temperature-dependent. For 10 points, name this equation that is used to find the rate of a reaction and is named after a Swedish chemist.
An alternative to this equation contains a factor of Boltzmann's constant times temperature over Planck's constant and is known as the Eyring equation.
{Arrhenius} equation