17. About the light reaction of photosynthesis, which one of the following is the best answer?
(A)Photosystem II contains both chlorophyll a and chlorophyll b molecules.
(B) Photons with wave length 680 nm can push the phosphor atom to attach on ADP.
(C) Photons with wave length 680 nm can push the phosphor atom to attach on ATP.
(D)Cyclic electron flow can produce ATP and NADPH.
(E)Cyclic electron flow is triggered by photosystem II.

13. Sucrose and H+ can move into the cell by a common membrane protein reflects transport through a ____. (A)voltage-gated channel (B) uniporter (C) antiporter (D)symporter (E)Shear flow channel

14. Which one of the following processes will both occur in the presence or absence of oxygen? (A)Glycolysis. (B) Electron transport chain. (C) Oxidative phosphorylation. (D)Cellular respiration. (E)TCA cycle.

15. Which one of the following is the most correct of the TCA cycle? (A)In the reaction of electron transport, the concentration of H+ is increased in the matrix space. (B) It produces oxygen. (C) The reaction starts from the binding of 4-carbon complex and acetyl CoA. (D)It occurs on the intermembrane space of the mitochondria. (E)It produces ATP as the primary energy intermediate.

16. About the mitochondria, which one of the following is more incorrect? (A)The most cells contain at least one mitochondria. (B) Mitochondria can translate proteins by ribosome at the matrix space. (C) Mitochondria have DNA polymerase. (D)Mitochondrial DNA exhibits a circular form. (E)The genome size of mitochondria in the muscle cell is larger than skin cell.

18. About the ATP production in the light reaction of photosynthesis, which one of the following is the best answer? (A)The concentration of H+ in the stroma is higher than thylakoid space during non-cyclic electron flow. (B) H+ can transport across membrane through plastocyanin (Pc) and ATP synthase. (C) H2O can continuously supply new H+ to elevate the H+ gradient between thylakoid membranes. (D)The final electron acceptor of non-cyclic electron flow is NADH reductase. (E)The ATP is produced inside the thylakoid space.

19. In C4 plants, the gaseous CO2 can be fixed by ______. (A)oxaloacetate (B) phosphoenolpyruvate (C) malate (D)pyruvate (E)acetyl CoA

20. About the nutrient translocation (source-sink) during photosynthesis, which one of the following is the best answer? (A)Mesophyll cells can transport the sugar into phloem by passive transport. (B) Junior leaf is considered as a source tissue. (C) Companion cell can provide ATP to facilitate the phloem sugars transport into sink tissue. (D)The concentration of sugar in photosynthetic mesophyll cells is lower than phloem. (E)The concentration of sugar in the apical meristem is higher than phloem.

21. About the phytochrome, which one of the following is the best answer? (A)Pr and Pfr are the same protein. (B) Pr can trigger the flower gene of long-day plant. (C) Pfr can trigger the flower gene of short-day plant. (D)During the night time, the flash of light can increase the level of Pr (E)The night-length can be broken by the flash of light, likewise, the day-length can be broken by covering the black tank.

22. Polysaccharide _____ is an important ECM component for the exoskeleton of many insects and shellfish. (A)collagen (B) laminin (C) proteoglycan (D)chitin (E)glycosaminoglycans

23. The heart is a(n) ________ composed mainly of ________ tissue? (A)tissue, endothelial (B) tissue, connective (C) organ, muscle (D)organ, connective (E)organ, epithelial