An alternative to this equation was derived using transition-state theory by Henry Eyring.
A term originating from this equation can be derived as the reference concentration times Boltzmann's constant temperature over Planck's constant all times the exponential of activation entropy over gas constant. For similar reasons as the van't Hoff equation, when a form of this equation is differentiated with respect to temperature, the factor R T squared appears in the denominator. An alternative to this equation was derived using transition-state theory by Henry Eyring. The equation for the diffusion coefficient derived from Fick's laws takes its form. Plotting this equation on a plot of the natural log of k versus one over temperature gives a straight line. It sets the pre-exponential factor times the exponential of activation energy over the gas constant times temperature equal to the rate constant. For 10 points, identify this equation named for a Swedish chemist.
A term originating from this equation can be derived as the reference concentration times Boltzmann's constant temperature over Planck's constant all times the exponential of activation entropy over gas constant.
Arrhenius equation