Statistical mechanics is necessary to determine the orientation of collisions that allows calculation of its frequency factor, which is usually based on its steric factor z. Taking the logarithm of both sides is also useful, as it illustrates a linear dependence between the natural log of k and the reciprocal of T. FTP, name this equation relating activation energy and thus rate constant to temperature, named for a Swedish chemist.
For simpler cases, it has an outside term expressed as the product of the transmission coefficient, Boltzmann's constant, the reciprocal of Planck's constant, and temperature, although it is often expressed with a delta-G-plus-plus. Statistical mechanics is necessary to determine the orientation of collisions that allows calculation of its frequency factor, which is usually based on its steric factor z. Taking the logarithm of both sides is also useful, as it illustrates a linear dependence between the natural log of k and the reciprocal of T. FTP, name this equation relating activation energy and thus rate constant to temperature, named for a Swedish chemist.
For simpler cases, it has an outside term expressed as the product of the transmission coefficient, Boltzmann's constant, the reciprocal of Planck's constant, and temperature, although it is often expressed with a delta-G-plus-plus.
Arrhenius equation