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Biod 101
Biod 101 Module 3 Review Exam Questions
with Correct Verified Answers Latest Update
(2025/2026) Guaranteed Pass
1. What is the sum of all synthetic energy-requiring biochemical
reactions?: Anabolism
2. What is the sum of all energy-releasing degradation
biochemical reactions?: Catabolism
3. What are two examples of catabolism?: Digestion and cellular
respiration
4. What type of energy may be required to build complex
molecules like proteins?: Anabolic energy
5. What type of energy is released from breaking down
chemical bonds that hold molecules together?: Catabolic energy
6. What type of respiration yields the greatest amount of ATP?
And is the primary metabolic process in the human body?:
Aerobic respiration
Biod 101
, 7. What is the basic definition of respiration?: The transfer of
electrons from molecules that have stored energy to other molecules.
8. What processes make up cellular respiration?: Glycolysis, the
citric acid cycle, and electron transport chain
9 What are the two main phases of Glycolysis?: The energy
investment phase and the energy payoff phase
10. Where does Glycolysis occur?: in the cytoplasm of the cell
11. Is glycolysis anabolic or catabolic?: Catabolic
12. What happens to glucose in the energy investment phase?:
C6H12O6 is degraded/split by two ATP molecules into two molecules
of G3P.
13. What is the purpose of G3P in glycolysis?: it drives the
conversion of the degraded glucose into its final product - pyruvate.
14. Which enzyme facilitates the transfer of inorganic phosphate
form ATP to the glucose molecule, forming a high energy
intermediate G6P? In the energy investment stage: Hexokinase
Biod 101
Biod 101 Module 3 Review Exam Questions
with Correct Verified Answers Latest Update
(2025/2026) Guaranteed Pass
1. What is the sum of all synthetic energy-requiring biochemical
reactions?: Anabolism
2. What is the sum of all energy-releasing degradation
biochemical reactions?: Catabolism
3. What are two examples of catabolism?: Digestion and cellular
respiration
4. What type of energy may be required to build complex
molecules like proteins?: Anabolic energy
5. What type of energy is released from breaking down
chemical bonds that hold molecules together?: Catabolic energy
6. What type of respiration yields the greatest amount of ATP?
And is the primary metabolic process in the human body?:
Aerobic respiration
Biod 101
, 7. What is the basic definition of respiration?: The transfer of
electrons from molecules that have stored energy to other molecules.
8. What processes make up cellular respiration?: Glycolysis, the
citric acid cycle, and electron transport chain
9 What are the two main phases of Glycolysis?: The energy
investment phase and the energy payoff phase
10. Where does Glycolysis occur?: in the cytoplasm of the cell
11. Is glycolysis anabolic or catabolic?: Catabolic
12. What happens to glucose in the energy investment phase?:
C6H12O6 is degraded/split by two ATP molecules into two molecules
of G3P.
13. What is the purpose of G3P in glycolysis?: it drives the
conversion of the degraded glucose into its final product - pyruvate.
14. Which enzyme facilitates the transfer of inorganic phosphate
form ATP to the glucose molecule, forming a high energy
intermediate G6P? In the energy investment stage: Hexokinase
