Glycolysis | The Kreb Cycle | The Electron Transport Chain | Random | Random |
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In what part of the cell does glycolysis takes place?
The cytoplasm.
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In what part of the cell does the kreb cycle takes place?
The matrix of the mitochondria.
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In what part of the cell does the electron transport chain takes place?
The inner membrane of the mitovhondria.
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What are the two types of respiration?
Aeorobic and anaerobic?
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What is the formula for Cellular Respiration?
C6H12O6 + 6O2 ---> 6CO2 + 6H2O + ATP (Chemical Energy)
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In addition to ATP, what are the end products of glycolysis?
Pyruvate.
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What are the end products of the kreb cycle?
Carbon dioxide and ATP.
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What are the end products of the electron transport chain?
Water and ATP.
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What happens during alcohol fermentation?
Alcohol fermentation is the process of converting glucose into ATP while producing ethanol and carbon dioxide.
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What is the last process that happens after the three steps?
ATP synthase.
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Does glycolosys require oxygen?
No, it is anaerobic.
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Does the kreb cycle require oxygen?
Yes, it is aerobic.
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Does the electron transport chain require oxygen?
Yes, it is aerobic.
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Why is lactic acid produced?
A lack of oxygen.
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Other than lactic acid, what else is produced during anaerobic respiration?
Alcohol.
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How many ATP molecules are made?
2 ATP molecules.
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How many ATP molecules are made?
2 ATP molecules.
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How many ATP molecules are made?
34 ATP molecules.
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What are the three steps of cellular respiration?
1.Glycolosis
2.Kreb Cycle 3.The Electron Transport Chain |
What is the product formed when muscles are exercised vigorously without sufficient oxygen? (hint: cramps)
Lactic acid .
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Describe the process.
During glycolysis, glucose is broken down into two pyruvates and 2 ATP molecules.
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Describe the process.
During this process, the sugars made during glycolosis are broken down into carbon dioxide.
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Describe the process.
During this process, energy (hydrogen ions) made during the first two steps are transferred to ATP.
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What does ATP synthase do?
ATP synthase turns the ADP into ATP and releases the hydrogen ions (energy) back into the system.
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Which step produces the most ATP per glucose molecule?
The electron transport chain (34 ATP).
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