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This Concept Map, created with IHMC CmapTools, has information related to: Paige Noordyke, Chemical Reactions Energy released is Exergonic, Potential contributes to Gibbs Free-energy, Cellular Respiration needs Electron carriers (NADH and FADH2, Cellular Respiration Stage 4 Krebs Cycle, Energy of motion Kinetic, Cellular Respiration Stage 1 Glycolysis, Energy of rest Potential, ATP Synthesis Occurs in Cellular Respiration, Cellular Respiration Stage 4 Chemoismosis, Subsrtate Can compete with inhibitor Competitive inhibitor, Energy Drives Chemical Reactions, ATP performs ATP Synthesis, Enzymes Lowers Activation Energy, Preparatory reation occurs in the Mitochondria, Noncompetitive inhibitor Does not compete for Active site, Solar energy Dives Energy, Subsrtate does not compete with inhibitor Noncompetitive inhibitor, Competitive inhibitor Competes for Active site, Noncompetitive inhibitor Uses Allosteric sites, Metabolism bond breaking Catabolism