A graph of this equation yields an exponentially increasing curve up to the inflection point given when the temperature equals E sub a divided by 2 times R.
A graph of this equation yields an exponentially increasing curve up to the inflection point given when the temperature equals E sub a divided by 2 times R. After this point, the equation approaches the asymptote of A, a factor that takes into account the collision rate and steric factor. This equation is given by the rate constant, which equals A times e raised to the quantity of the activation energy divided by R times T. FTP, identify this equation of chemical kinetics named after a Swedish chemist and recipient of the 1903 Nobel Prize in chemistry.
A graph of this equation yields an exponentially increasing curve up to the inflection point given when the temperature equals E sub a divided by 2 times R.
{Arrhenius} equation