Linked from

The 17 pages that link to Reaction coordinate, each with the reason it gives.

• Transition stateRelated: It locates the transition state along the pathway from reactants to products.

• Activation energyRelated: Energy profiles plot the activation barrier against progress along this coordinate.

• Transition state theoryRelated: It identifies the direction in which the activated complex proceeds toward products.

• SN2 reactionRelated: An SN2 energy profile has one transition state and no intermediate.

• Catalytic cycleRelated: It represents the energy profile across successive cycle steps.

• Isotope effectRelated: Isotope-sensitive motion along this coordinate can change reaction rates.

• Concerted reactionRelated: Following bond changes along this coordinate reveals whether they occur in one step.

• Elementary reactionRelated: It depicts the molecular change across the single event represented by an elementary step.

• IsomerizationRelated: It represents the structural rearrangement and energy barriers between isomers.

• Physical organic chemistryRelated: Reaction-coordinate diagrams map the energy changes physical organic chemists use to compare pathways.

• Hammond's postulateRelated: The postulate concerns structures at different positions along this pathway.

• Entropy of activationRelated: The transition state lies at the barrier along this pathway, where activation entropy is defined.

• Activated complexRelated: It represents the progress by which reactants approach and pass the activated complex.

• Arieh WarshelRelated: Warshel’s simulations use reaction coordinates to characterize barriers and transition states.

• Electrophilic substitutionRelated: Its energy profile shows the high barrier for forming the arenium ion.