38. What are the 3 subreactions of the Calvin cycle called39. C4 plants avoid excess H20 loss by fixing CO2 inleaf to enter the Calvin cycle.40. CAM plants avoid excess H20 loss by fixing CO2 in thethe Calvin cycle when it is—Ocells and then shuttling it deeper into theWand then releasing the CO2 to enter86°F S

38. The Calvin cycle reactions can be divided into three main stages: carbon fixation, reduction,…

subreactions of the Calvin cycle called 38. What are the 3 39. C4 plants avoid excess H20 loss by fixing CO2 in leaf to enter the Calvin cycle. - cells and then shuttling it deeper into the 40. CAM plants avoid excess H20 loss by fixing CO2 in the the Calvin cycle when it is — and then releasing the CO2 to enter

subreactions of the Calvin cycle called 38. What are the 3 39. C4 plants avoid excess H20 loss by fixing CO2 in leaf to enter the Calvin cycle. - cells and then shuttling it deeper into the 40. CAM plants avoid excess H20 loss by fixing CO2 in the the Calvin cycle when it is — and then releasing the CO2 to enter

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter8: Photosynthesis

Section: Chapter Questions

Problem 7TYK

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Similar questions

Which of the following substances does not participate in the CalvinBenson cycle? a. ATP b. NADPH c. RuBP d. PGAL e. O2 f. CO2
Which of the following substances does not participate in the Calvin-Benson cycle? a. ATP c. NADPH e. PGAL b. O2 d. RuBP f. CO2
What is the molecule that leaves the Calvin cycle to be converted into glucose? a. ADP b. G3P c. RuBP d. 3-PGA
The Calvin-Benson cycle starts with _______. a. the absorption of photon energy b. carbon fixation c. the release of electrons from photosystem II d. NADP+ formation
In photolysis some of the energy captured by chlorophyll is used to split (a) CO2 (b) ATP (c) NADPH (d) H2O (e) both b and c
Where in plant cells does the Calvin cycle take place? a. thylakoid membrane b. thylakoid space c. stroma d. granum
The Calvin-Benson cycle starts when a. light is available b. carbon dioxide is attached to RuBP c. electrons leave a photosystem II
Match each term with its most suitable description. ____ PGAL formation a. absorbs light ____CO2 fixation b. converts light to chemical energy ____ autotroph c. self-feeder ____ ATP forms NADPH does not d. electrons cycle back to photosystem ____ photorespiration e. problem in C3 plants ____ photosynthesis f. Calvin-Benson cycle product ____ pigment g. water molecules split ____ photolysis in photosynthesis h. rubisco function
The Calvin cycle begins when CO2 reacts with (a) phosphoenolpyruvate (b) glyceraldehyde-3-phosphate (c) ribulose bisphosphate (d) oxaloacetate (e) phosphoglycerate
Plants containing only chlorophyll b are exposed to radiation with the following wavelengths: 10nm (x- rays), 450nm (blue light), 670nm (red light), and 800nm (infrared light). Which plants harness the most energy for photosynthesis? X-ray irradiated plants Blue light irradiated plants Red light irradiated plants Infrared irradiated plants
True or False: 1. Electron-deficient chlorophyll molecules of PS II receives electron from PS I. 2. Xanthophylls around the reaction centers transfer their energy to chlorophyll molecules. 3. CO2 is fixated when it combines with the phosphate during the initial phase of the Calvin cycle.
about photosnythesis and calvin cycle. The first part of the cycle generates energy in the form of ___ATP_________ and __NADPH2_____________. The second part of the cycle includes the ____________ cycle which requires the products in #2 as well as ____________.