Mitochondria
Glycolysis
Kreb's Cycle
Electron Transport Chain
Fermentation
100
Number of membranes a mitochondria has.
Two
100
Where glycolysis takes place in cell.
Cytoplasm
100
Molecule which enters Kreb's cycle from glycolysis.
Pyruvic acid
100
Energy molecules that provide energy for this part of cellular respiration.
NADH and FADH
100
The two types of fermentation.
Alcohol and lactic acid
200
Inner-most area of mitochondria
Matrix
200
Type of environment needed for this process.
Anaerobic
200
First product of Kreb's cycle.
Citric acid cycle.
200
Ion pumped across inner membrane.
H+
200
What lactic acid is converted from in an anaerobic environment.
Pyruvic acid
300
Type of cells that have this organelle.
Eukaryotic (fungi, plant and animal.)
300
Type of energy needed to "jump start" this process.
2 ATP molecules
300
Energy sources for Electron Transport Chain made by Kreb's cycle (Two of three.)
NADH, FADH, ATP
300
Molecule formed when electron "falls off" electron transport chain
Water
300
Gas produced by alcohol fermentation.
Carbon dioxide
400
Other name for inner membrance.
Cristae
400
Meaning of "glyco" and "lysis."
"Sweet" and "breaking"
400
Gas produced throughout Kreb's cycle.
Carbon dioxide.
400
How many ATP molecules are created by electron transport chain.
30
400
Microorganism that undergoes alcohol fermentation
Yeast
500
Part of cellular respiration that takes place on inner membrane.
Electron transport chain.
500
End products of glycolysis.
2 ATP (net), a NADH, and 2 pyruvic acid molecules.
500
Molecule which combines with 4 carbons to form citric acid.
Acetyl-CoA
500
Channel protein through which H+ ions travel to produce ATP.
ATP synthase.
500
Recycling of this energy molecule allows glycolysis to continue in anaerobic environment.
NADH/NAD+
M
e
n
u