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Question 7 2 pts The Calvin cycle requires_ATP and __NADPH in order for the cell to...
Photosynthesis - what is meant by each round? Carbon fixation occurs in the stroma of the...
Photosynthesis - what is meant by each round? Carbon fixation occurs in the stroma of the chloroplast in a process known as the Calvin Cycle. It occurs in three stages: Stage 1: Carbon Fixation, Stage 2: Reduction, and Stage 3: Regeneration of RuBP. In Stage 1, __ molecule(s) of CO2 are added to __ molecules of RuBP, which was regenerated from the previous cycle. This process is catalyzed by the enzyme Rubisco. The final product from each round of the...
The Calvin Benson cycle use the energy trapped in ATP and NADPH generated by the light...
The Calvin Benson cycle use the energy trapped in ATP and NADPH generated by the light reactions to build sugars from CO2. What below is FALSE regarding this sugar-building cycle? Select one: a. Initially RuBP is carboxylated by RuBisCo where atmospheric CO2 is captured and put into the cycle. b. ATP and NADPH generated by the light reactions are used to reduce 3PG to a more energetic/reduced G3P (some of which will be diverted off to build sugar!) c. More...
12.9B - Which of the following is NOT a process in the Calvin Cycle? Oxidation of...
12.9B - Which of the following is NOT a process in the Calvin Cycle? Oxidation of Rubulose Bisphosphate into Glucose Reduction of 3-Phosphoglycerate into G3P/PGAL Fixation of Carbon Dioxide All of these are processes in the Calvin Cycle Regeneration of RuBP from G3P/PGAL
Question 6 2.3 pts The carbohydrate produced directly from the Calvin cycle is actually not glucose,...
Question 6 2.3 pts The carbohydrate produced directly from the Calvin cycle is actually not glucose, but is instead a three carbon sugar named O RUBISCO NADPH o glyceraldehydes-3-phosphate (G3P) pyruvate carbon dioxide
77. Of the following, which occurs during the Calvin cycle? a) Excited electrons are conveyed from...
77. Of the following, which occurs during the Calvin cycle? a) Excited electrons are conveyed from chlorophyll to an electron acceptor b) Light energy is converted to chemical energy C) ATP and NADPH are synthesized d) Photons are absorbed e) CO2 is reduced 78. Which of the following occurs during the Calvin cycle? a) Linear electron flow produces the materials required for the fixation of carbon from carbon dioxide. b) Light energy is converted to chemical energy c) ATP is...
D Question 2 During the Calvin Cycle, plants invest 9 molecules of ATP to produce one...
D Question 2 During the Calvin Cycle, plants invest 9 molecules of ATP to produce one molecule of G3P. What is the payoff of this? Plants cannot use the ATP produced by the Light Reaction so they invest them in the Calvin Cycle The plant can use the G3P to make cellulose or starch The Light Reaction needs the G3P RuBP provides 15 molecules of ATP so the plant has an excess of ATP
The energized electron leaves photosystem _____ and is delivered to the ____ _____ _____ where its...
The energized electron leaves photosystem _____ and is delivered to the ____ _____ _____ where its energy is used to pump ______ into the thylakoid. A high concentration of _____ in the thylokoid is used to create the molecule _____ by combining ______ and _____ by a process called ______. This happens when they force their way out of thylakoid through a protein called ATP synthase. After the electron transport chain, the electron is delivered to another photosystem (photosystem 1),...
Q.1 Rubisco starts the process of carbon fixation by attaching a carbon from carbon dioxide to...
Q.1 Rubisco starts the process of carbon fixation by attaching a carbon from carbon dioxide to RuBP, causing which molecule to be formed? Q.2 12 molecules of PGA use the energy from ATP and NADPH to rearrange and form 12 molecules of? Q.3 ____provides the energy needed to rearrange 10 molecules of PGAL into 6 molecules of RuBP. Q.4 During one "turn" of the Calvin–Benson cycle,__ carbon dioxide molecules are taken in, and a molecule of glucose is created.___ carbon...
To synthesize one molecules, the Calvin Cycle uses: How many molecules of CO2 How many molecules...
To synthesize one molecules, the Calvin Cycle uses: How many molecules of CO2 How many molecules of ATP How many molecules of NaDPH? How many carbons does G3P have (Calvin Cycle)? How many molecules of G3P are required to make one sugar molecule (glucose)? Photorespiration is a problem that the majority of plants face. Explain what photorespiration is, and how certain plants have come it with two different but similar solutions to overcome this problem, Include details. (10 pts)
4. Photosynthesis is the pathway used to synthesize carbohydrates from: O 02. sunlight, CO2, and H20....
4. Photosynthesis is the pathway used to synthesize carbohydrates from: O 02. sunlight, CO2, and H20. O sunlight sunlight, CO2, and 02. CO2 5. Which of the answer choices correctly describes the role of rubisco in the Calvin cycle? None of the other answer options is correct. Rubisco uses NADPH to reduce 3-phosphoglycerate to a 3-carbon sugar Rubisco incorporates CO2 from the atmosphere into an organic molecule. Rubisco uses ATP to regenerate RuBP. 5. In the Calvin cycle, NADPH is:...
12.9B - Which of the following is NOT a process in the Calvin Cycle? Oxidation of Rubulose Bisphosphate into Glucose Reduction of 3-Phosphoglycerate into G3P/PGAL Fixation of Carbon Dioxide All of these are processes in the Calvin Cycle Regeneration of RuBP from G3P/PGAL
Question 6 2.3 pts The carbohydrate produced directly from the Calvin cycle is actually not glucose, but is instead a three carbon sugar named O RUBISCO NADPH o glyceraldehydes-3-phosphate (G3P) pyruvate carbon dioxide
77. Of the following, which occurs during the Calvin cycle? a) Excited electrons are conveyed from chlorophyll to an electron acceptor b) Light energy is converted to chemical energy C) ATP and NADPH are synthesized d) Photons are absorbed e) CO2 is reduced 78. Which of the following occurs during the Calvin cycle? a) Linear electron flow produces the materials required for the fixation of carbon from carbon dioxide. b) Light energy is converted to chemical energy c) ATP is...
D Question 2 During the Calvin Cycle, plants invest 9 molecules of ATP to produce one molecule of G3P. What is the payoff of this? Plants cannot use the ATP produced by the Light Reaction so they invest them in the Calvin Cycle The plant can use the G3P to make cellulose or starch The Light Reaction needs the G3P RuBP provides 15 molecules of ATP so the plant has an excess of ATP
The energized electron leaves photosystem _____ and is delivered to the ____ _____ _____ where its energy is used to pump ______ into the thylakoid. A high concentration of _____ in the thylokoid is used to create the molecule _____ by combining ______ and _____ by a process called ______. This happens when they force their way out of thylakoid through a protein called ATP synthase. After the electron transport chain, the electron is delivered to another photosystem (photosystem 1),...
To synthesize one molecules, the Calvin Cycle uses: How many molecules of CO2 How many molecules of ATP How many molecules of NaDPH? How many carbons does G3P have (Calvin Cycle)? How many molecules of G3P are required to make one sugar molecule (glucose)? Photorespiration is a problem that the majority of plants face. Explain what photorespiration is, and how certain plants have come it with two different but similar solutions to overcome this problem, Include details. (10 pts)
4. Photosynthesis is the pathway used to synthesize carbohydrates from: O 02. sunlight, CO2, and H20. O sunlight sunlight, CO2, and 02. CO2 5. Which of the answer choices correctly describes the role of rubisco in the Calvin cycle? None of the other answer options is correct. Rubisco uses NADPH to reduce 3-phosphoglycerate to a 3-carbon sugar Rubisco incorporates CO2 from the atmosphere into an organic molecule. Rubisco uses ATP to regenerate RuBP. 5. In the Calvin cycle, NADPH is:...
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