This quantity is equal to the opposite of the ideal gas constant times the temperature times the natural log of the quantity rate constant over A Factor according to the Arrhenius Equation. In some diagrams, it is represented by an arrow which often points in the opposite direction of the change in Gibbs free energy, and it often is reduced by catalysts. Name this quantity which must be overcome f
This quantity is equal to the opposite of the ideal gas constant times the temperature times the natural log of the quantity rate constant over A Factor according to the Arrhenius Equation. In some diagrams, it is represented by an arrow which often points in the opposite direction of the change in Gibbs free energy, and it often is reduced by catalysts. Name this quantity which must be overcome for a reaction to occur.
This quantity is equal to the opposite of the ideal gas constant times the temperature times the natural log of the quantity rate constant over A Factor according to the Arrhenius Equation.
Activation Energy (or Activation Enthalpy, accept answers such as Energy of Activation, prompt Ea, do not accept Energy)