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BIOS256 W3 Lab: Cellular
Respiration Questions and Answers
(100% Correct Answers) Already
Graded A+
Metabolsim can be divided into catabolic and anabolic
© 2026 Assignment
reactions. How are these connected? Ans: Catabolic reactions
generate energy that anabolic reactions use
Guru01 - Stuvia
Expert
What is the main source of energy for cellular respiration?
Ans: Carbohydrates
Glucose consists of carbon, oxygen, and hydrogen atoms. What
happens to these atoms during glycolysis? Ans: The atoms
are converted into other molecules in a series of chemical
reactions.
The point guard's blood glucose is getting very low during the
game. What action would you recommend to the point guard?
Ans: Drink a glucose sports drink.
Look at the levels of lactic acid on the screen. Why are they
increasing? Ans: The players are exercising so hard that
anaerobic respiration produces a lot of lactic acid.
Aerobic and anaerobic respiration are happening
simultaneously to supply as much energy to the muscles as
possible.
After glycolysis, the pyruvate molecules can follow two
different metabolic routes: aerobic and anaerobic respiration.
BIOS256 W3 Lab: Cellular
Respiration Questions and Answers
(100% Correct Answers) Already
Graded A+
Metabolsim can be divided into catabolic and anabolic
© 2026 Assignment
reactions. How are these connected? Ans: Catabolic reactions
generate energy that anabolic reactions use
Guru01 - Stuvia
Expert
What is the main source of energy for cellular respiration?
Ans: Carbohydrates
Glucose consists of carbon, oxygen, and hydrogen atoms. What
happens to these atoms during glycolysis? Ans: The atoms
are converted into other molecules in a series of chemical
reactions.
The point guard's blood glucose is getting very low during the
game. What action would you recommend to the point guard?
Ans: Drink a glucose sports drink.
Look at the levels of lactic acid on the screen. Why are they
increasing? Ans: The players are exercising so hard that
anaerobic respiration produces a lot of lactic acid.
Aerobic and anaerobic respiration are happening
simultaneously to supply as much energy to the muscles as
possible.
After glycolysis, the pyruvate molecules can follow two
different metabolic routes: aerobic and anaerobic respiration.
