Kreb's Cycle
Another name for Kreb's Cycle
Citric Acid Cycle, or TCA
Net ATP is made during glycolysis
2 Net ATP
Reason for Electrons moving down the Electron Transport Chain
Increase in Electronegativity
Type of Reaction that utilizes oxygen
Aerobic
The reaction that makes FADH2
Cellular Respiration
Amount of ATP created in 1 turn of Kreb's Cycle
2 ATP
type(s) of cells perform glycolysis
All cells
Location that has the highest concentration gradient
Inner Membrane Space
type of reaction that does not utilize oxygen
anaerobic
Contains an Electron Transport Chain
Both Cellular Respiration and Photosynthesis
Electron Carrier made only in Kreb's Cycle
FADH2
Two phases of glycolysis.
Energy Preparatory Phase and Energy Payoff Phase
Location of Electron Transport Chain
Cristae
Reaction that produces 2 lactate
Lactic Acid Fermentation
Reaction that uses photons
Photosynthesis
Method used to turn ADP into ATP
Substrate Level Phosphorylation
Product of Pyruvate Grooming
2 Acetyl Coenzyme A, or 2 NADH, or 2 CO2
Final Electron Acceptor
Oxygen
Type of reaction that creates 2 ethanol
Alcohol Fermentation
Aerobic Reaction
Both Cellular Respiration and Photosynthesis
5 carbon compounds used in Kreb's cycle in order
Citrate, Alpha ketogluterate, succinate, malate, and oxaloacetate
Thing needed after glycolysis so Pyruvate Grooming can occur.
Oxygen
Reason for 1NADH making 3 ATP while 1FADH2 makes 2 ATP
NADH goes through 3 H+ pumps while FADH2 goes through 2 H+ pumps
Type of Fermentation that yeast does
Alcohol Fermentation
Reactions only take place in one organelle
Photosynthesis