Match each term to its definition, as identified by its definition, as identified by its preceding letter code. activation energy; Calvin cycle; chemiosmosis; competitive inhibition; electron transport chain; induced fit model; Krebs cycle; light dependent reactions; non-competitive inhibition; oxidative phosphorylation.
A. The process by which the synthesis of ATP is coupled to electron transport and the movement of protons.
B. A type of enzyme inhibition where the substrate and inhibitor compete to bind in the active site.
C. The currently accepted model for enzyme function.
D. A series of biochemical reactions, occurring in the stroma of chloroplasts, in which CO2 is incorporated into carbohydrates. Also called the light independent phase.
E. Also called the citric acid cycle. A metabolic pathway in which acetate (as acetyl-CoA) is consumed, NAD+ is reduced to NADH, and carbon dioxide is produced.
F. The energy required for a reactant to reach an unstable transition state in which it can react with another reactant.
G. The chain of enzyme-based redox reactions that passes electrons from high to low redox potentials. The energy released is used to pump protons across a membrane and produce ATP.
H. The process in cell respiration involving the oxidation of glucose by a series of redox reactions that provide the energy for the formation of ATP.
I. A type of enzyme inhibition where the inhibitor does not occupy the active site but binds to some other part of the enzyme.
J. The reactions in photosynthesis in which light energy is absorbed by the photosystems in the thylakoid membranes of the chloroplast, generating NADPH and ATP.