In aerobic respiration is the final electron acceptor A FAD

In aerobic respiration, ______ is the final electron acceptor. A. FAD B. oxygen C. NADP^+ D. H_2O Mitosis is responsible for all of the following EXCEPT ______. A. replacement of worn out liver cells B. division of blood cells C. production of egg and sperm D. growth What stage of mitosis is this cell in? A. anaphase B. metaphase C. prophase D. telophase Which of the following is endergonic? A. the Krebs cycle B. cellular respiration C. the light reactions of photosynthesis D. the energy investment phase of glycolysis Which of the following statements is/are TRUE about enzymes? A. all of the below B. many enzymes are proteins C. cofactors and coenzymes help enzymes work better D. they lower activation energy (E_A) Enzyme rubisco is associated with which one of the following processes? A. pyruvate oxidation B. substrate-level phosphorylation C. the Calvin cycle D. the Krebs cycle Which of the following binds to the enzyme\'s ACTIVE SITE? A. noncompertitive inhibitor B. competitive inhibitor C. substrate D. B or C Both prokaryotes and eukaryotes make 30 molecules of ATP per glucose molecules. A. TRUE B. False Not only carbohydrates, but also proteins and fats contribute to cellular respiration. A. TRUE B. False

Solution

24. The answer is: B. oxygen

Oxygen is the terminal electron acceptor in aerobic respiration.

25. The answer is: C. Production of egg and sperm

Egg and sperm production occurs by the process of meiosis.

26. The answer is: A. Anaphase

In anaphase as shown, the chromosomes have separated and now are moving towards opposite poles.

30. The answer is: D. B or C

Both substrate and competitive inhibitor can bind to active site of enzyme.