Metabolism
Metabolic pathways keep reactions in cells from reaching this.
Equilibrium
This is the notation for free energy.
Delta G
Following glycolysis, two pyruvates are oxidated to this.
Acetyl CoA
This is where light independent reactions take place.
Stroma
This type of inhibition can be overcome by excess substrate.
Competitive
True or False: Metabolism involves both anabolic and catabolic reactions
True
This reaction has more energy in the products than in the reactants.
Endergonic
Two turns of the Citric Acid Cycle produce this many NADH.
Both Photosynthesis and Cellular Respiration require this many trips through the Calvin and Citric Acid Cycles respectively.
2
This is lowered by enzymes in a chemical reaction.
Activation Energy
This macromolecule stores the most energy per gram.
Fat
Photosynthesis is this type of reaction and has a _____ free energy.
These molecules lose their electrons to the final electron acceptor. Looking for the two molecules and the electron acceptor.
NADH and FADH2; O2
This is what would happen if 2 G3P were combined to make glucose at one time.
The cycle would stop.
These can help bind an enzyme to its substrate.
Cofactors
This type of reaction allows for systems to overcome an endergonic step.
Coupling Reactions
Entropy is lowered in the process in which _______ fixes CO2.
Rubisco
This is the name of the process used to generate an H+ gradient
Chemisosmosis
This photosystem passes its electrons to NADP to produce NADPH
Photosystem I
In this process, ATP binds to phosphofructokinase to halt producion of ATP
Negative Feedback Loop
In the citric acid cycle, the enzyme powered by a Hydrogen ion gradient allows this type of reaction.
Anabolic
Under this law, energy cannot be created or destroyed.
First Law of Thermodynamics
These are the products of glycolysis in the absence of oxygen.
2 ATP & Lactic Acid
In the electron transport chain, H+ ions are pumped here.
Intermembrane space of the thylakoid membrane.
In the reaction pathway written out below, Enzyme 1 is allosterically inhibited by Product D. If Enzyme 2 is non competitively inhibited, the reaction will stop after this is produced.