during the process of cellular respiration, the majority of the chemical energy
ID: 150759 • Letter: D
Question
during the process of cellular respiration, the majority of the chemical energy that is available for release from the glucose molecule is due to the A. Amphipathic nature of the glucos molecule B. Presence of carb during the process of cellular respiration, the majority of the chemical energy that is available for release from the glucose molecule is due to the A. Amphipathic nature of the glucos molecule B. Presence of carb during the process of cellular respiration, the majority of the chemical energy that is available for release from the glucose molecule is due to the A. Amphipathic nature of the glucos molecule B. Presence of carb during the process of cellular respiration, the majority of the chemical energy that is available for release from the glucose molecule is due to the A. Amphipathic nature of the glucos molecule B. Presence of carb Select all of the true statements about cellular respiration: A) Cellular respiration is used to release energy from inorganic molecules B) Cellular respiration includes many reactions that transfer electrons. C) Cellular respiration is an overall exergonic process. D) Carbon dioxide is a reactant of cellular respiration. E) The overall process of cellular respiration results in a net release of energy F) Oxygen (02) is a product of cellular respiration.Explanation / Answer
Answer: Option B, C, E
Explanation: Cellular respiration uses organic molecules as an energy source, not the inorganic molecule. During cellular respiration, oxygen is used as reactant to breakdown the organic molecule and the carbon dioxide is liberated as the product.
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.