This equation is the basis of a test in which a piece of paper is exposed to high temperature in order to measure its shelf life.
This equation is the basis of a test in which a piece of paper is exposed to high temperature in order to measure its shelf life. Its derivation relies on substituting for the value of delta-G double-dagger. One value in this equation is proportional to e-squared times k sub B times T all over Planck's constant, though it is more often defined as the product of the steric factor times the collision frequency. This equation can be replaced by one that uses a transmission coefficient and was derived by Evans, Polyani and Eyring. This equation is often states as the pre-exponential factor, A, times e to the power of negative E sub A over RT. For 10 points, name this equation which gives the rate constant of a reaction from the activation energy, named for a Swede.
This equation is the basis of a test in which a piece of paper is exposed to high temperature in order to measure its shelf life.
Arrhenius equation