RP Bell modified one equation for calculating this quantity using a tunneling correction factor.This value is calculated using the pre-equilibrium approximation. Classically, plotting the log of thisquantity against one over temperature gives a straight line. The ratio of this quantity when replacingone reactant with deuterium to the original value gives the isotope effect. This quantity is equal to an(*) exponential of negative E sub a over RT all times the pre-exponential factor; that equation relates thisquantity to the activation energy and
RP Bell modified one equation for calculating this quantity using a tunneling correction factor.This value is calculated using the pre-equilibrium approximation. Classically, plotting the log of thisquantity against one over temperature gives a straight line. The ratio of this quantity when replacingone reactant with deuterium to the original value gives the isotope effect. This quantity is equal to an(*) exponential of negative E sub a over RT all times the pre-exponential factor; that equation relates thisquantity to the activation energy and is named for Arrhenius. The units of this quantity depend on the orderof the reaction. For 10 points, name this value, which is multiplied by concentrations of reactants in orderto find the speed of a reaction.
RP Bell modified one equation for calculating this quantity using a tunneling correction factor.
reaction rate constant