Glycolysis
Krebs Cycle
ETC
Bonus (300)
Bonus (500)
100
How many ATP are produced from glycolysis?
Two.
100
Where does the Krebs Cycle take place?
The Mitochondrial Matrix.
100
What does ETC stand for?
Electron Transport Chain.
200
Where does glycolysis take place?
In the cytoplasm.
200
Pyruvic acid molecules combine with what to make citric acid?
Carbon.
200
Where does the ETC take place?
Mitochondrial Membrane.
300
During glycolysis, glucose is split into two molecules of what?
Pyruvic acid.
300
O2 combines with 1 carbon molecule to produce...
Carbon Dioxide or CO2.
300
What is made as a result of the ETC?
ATP
300
What is the chemical equation for cellular respiration?
6O2+C6H12O6=6CO2+6H2O+Energy
400
NAD+ combines with what to make NADH?
Electrons.
400
When the O2 combines with the carbon, which energy causes NAD+ to form NADH? (Where does the energy come from?)
The energy used to break the bonds.
400
How many ATP are formed as a result of ETC?
32.
500
After glycolysis, where does the NADH go?
Krebs Cycle.
500
What is formed after the Krebs Cycle when the carbon bonds are broken?
NADH, FADH, ATP.
500
What is formed as a final result of cellular respiration after ETC?
Carbon dioxide, water, and energy.
500
Who discovered the Krebs Cycle?
Hans Krebs.
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