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This Concept Map, created with IHMC CmapTools, has information related to: Chapter 9, Substrate to reach Transition State, ∆G when negative Spontaneous Reaction, ∆G when positive Nonspontatneous Reaction, Gibbs Free Energy is represented by ∆G, Substrate fits in the Active Site, Energy Coupling allows the reaction to reach the correct Activation Energy, Activation Energy allows Substrate, Potential Energy if products have less than reactants Exergonic Reaction, Spontaneous Reaction decrease in Potential Energy, Enzyme decreases Activation Energy, Energy Coupling requires both Endergonic Reaction, Active Site can be closed by Allosteric Regulation, ∆H when positve Nonspontatneous Reaction, ∆S when negative Nonspontatneous Reaction, Potential Energy from Substrate, Substrate to Product, Energy Coupling requires both Exergonic Reaction, Active Site in the Enzyme, Transition State and form Product, ∆S when positive Spontaneous Reaction