8. Which of the following inhibitors binds to the enzyme at a site other than the active site?
(A) noncompetitive inhibitor
(B) competitive inhibitor
(C) irreversible inhibitor
(D) all of the above

9. Which piece of DNA will have the higher Tm (if both are heated under the same experimental conditions)? (A) 30% cytosine plus guanine will have the higher Tm. (B) 50% cytosine plus guanine will have the higher Tm. (C) Their Tm's will be the same. (D) There's no way to predict for this information

10. Electron flow in the mitochondria follows this pathway: (A) Complex I → complex II → complex III → complex IV (B) Complex IV → complex III → complex II → complex I (C) Complex I → complex III → complex IV (D) Complex II → complex III → complex IV (E) Both complex I → III → IV and complex II → III → IV

11. Which of the following terms describes ATP synthesis in mitochondria? (A) substrate-level phosphorylation (B) oxidative phosphorylation (C) photophosphorylation (D) None of them

12. Which of the following modifications is likely to happen to the mRNA in a eukaryotic cell? (A) removal of intervening sequences (introns) (B) capping of the 5' end (C) addition of a poly-A tail to the 3' end (D) All of the above occur in eukaryotic cells (E) None of the above occur in eukaryotic cells

13. Which of the following is correct concerning the differences between hemoglobin and myoglobin? (A) Both hemoglobin and myoglobin are tetrameric proteins. (B) Hemoglobin exhibits cooperative binding of O₂ while myoglobin does not. (C) Hemoglobin exhibits a hyperbolic O₂ saturation curve while myoglobin exhibits a sigmoid shaped curve. (D) Hemoglobin exhibits a higher degree of O₂ saturation at all physiologically relevant partial pressures of O₂ than does myoglobin.

14. Given the rate law, rate = k[A][B], the overall reaction order is (A) zero (B) one (C) two (D) cannot be determined

15. What does amphipathic mean? (A) having both positive and negative charges (B) having both acid and base properties (C) having both hydrophilic and hydrophobic regions (D) having two stereoisomers

16. The reactions of glycolysis occur in this eukaryotic cell compartment (A) Mitochondrion (B) Nucleus (C) Cytoplasm (D) Both cytoplasm and mitochondria

17. The primer for in vivo DNA replication is (A) A short piece of RNA (B) A nick made in the DNA template (C) The 3' hydroxyl of the preceding Okazaki fragment (D) A primer is not always required for DNA replication.

18. The linkage between the glucose residues in amylopectin and glycogen is (A) For the main chain α(1→4) and β(1→4) for the branches (B) For the main chain α(1→6) and α(1→4) for the branches (C) For the main chain α(1→4) and α (1→6) for the branches (D) For the main chain β(1→4) and β(1→6) for the branches

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