Eyring Model

The Eyring Model, often used in chemical kinetics, describes how reactions occur at the molecular level. It suggests that reactants must overcome an energy barrier to transform into products, similar to a ball needing enough energy to roll over a hill. This energy barrier corresponds to the transition state, a temporary arrangement of atoms at the highest energy point during the reaction. By understanding this model, scientists can predict reaction rates and mechanisms, helping in fields like pharmaceuticals and materials science to design more effective reactions and products.