ETC | Where is it? | The payoff | Chemiosmosis | Citric-Acid Cycle |
---|---|---|---|---|
Higher potential to be reduced (gaining electrons)
What does having a higher REDOX potential mean?
|
Mitochondria
Where does cellular respiration take place?
|
2.5 ATP
How many ATPs equal 1 NADH?
|
H+
What flows during this to make a concentration gradient?
|
4
How many CO2 are made from the CAC?
|
Complex II
Which complex do the electrons from FADH2 enter from?
|
Cytoplasm
Where does glycolysis take place?
|
1.5 ATP
How many ATPs equal 1 FADH2?
|
ETC
What process helps protons move through the membrane into the inter-membrane space?
|
Acetyl-CoA
What is reduced in the beginning of the CAC?
|
Complex I---III---IV
What complexes do the electrons from NADH flow through?
|
Mitochondrial matrix
Where does pyruvate oxidation and the CAC happen in the mitochondria?
|
ZERO!
How many ATPs are made during the electron transport chain?
|
Down
What is the direction in which the protons move through the rotor in terms of the gradient?
|
6 NADH's
How many NADHs are made from the CAC?
|
FADH2
Which electron carrier had a higher REDOX potential?
|
2
How many membranes do mitochondria have?
|
NADH and FADH2
What electron carriers are formed from the citric acid cycle?
|
ATP synthase
What is the process of making ATP during this called?
|
Oxaloacetate
What is oxidized first during the CAC?
|
Bottom (H2O is the most negative)
Where is electronegativity the highest on the chain?
|
Inner mitochondrial membrane
Which membrane does oxidative phosphorylation happen in?
|
32 ATP
How many ATP total are made from cellular respiration?
|
An Inorganic phosphate
Pre-ATP gets what added in order to make ATP?
|
Citrate
What do Oxaloacetate and Acetyl CoA create when combined in the beginning of the CAC?
|