Egyptian scientist Ahmed Zewail won a Nobel Prize for studying these entities, which can be determined using nudged elastic bands. Their position can be seen on a (**) More O'FerrallÂ–Jencks diagram, and they have a negative frequency. For protein folding, these entities are studied using phi value analysis. (*) Eyring and Polanyi developed their namesake theory, and they are labeled with a double dagger. They resemble the less stable species according to the Hammond principle. For 10 points, name these entities that possess more energy than either the reactants or pro
Egyptian scientist Ahmed Zewail won a Nobel Prize for studying these entities, which can be determined using nudged elastic bands. Their position can be seen on a (**) More O'FerrallÂ–Jencks diagram, and they have a negative frequency. For protein folding, these entities are studied using phi value analysis. (*) Eyring and Polanyi developed their namesake theory, and they are labeled with a double dagger. They resemble the less stable species according to the Hammond principle. For 10 points, name these entities that possess more energy than either the reactants or products on a reaction coordinate diagram.
Egyptian scientist Ahmed Zewail won a Nobel Prize for studying these entities, which can be determined using nudged elastic bands.
transition states [prompt on "activated complex"]