Photosynthesis and Cellular Respiration WorksheetPhotosynthesis1. What is the final product of the Calvin Cycle? How many molecules of NADPH and ATP are required to produce this final product? (Hint: think of the FINAL product as given by the equation for photosynthesis)2. Where do the light-dependent reactions take place? Why are they referred to as light-dependent?3. Where do the light-independent reactions take place? What are these reactions commonly referred to as? 4. What is Rubisco and why is it an important molecule in Photosynthesis?5. What is the purpose of stomata?6. The dark reaction in photosynthesis is limited by a. CO2, temperature, and lightb. CO2, light and waterc. Water, temperature, and CO2d. Oxygen, water, and temperature7. During what stage of photosynthesis is O2 produced?a. Cyclic photophosphorylationb. The light-dependent reactions involving photosystems I and IIc. Carbon fixation d. The Krebs cyclee. O2 is not produced during photosynthesis 8. During what stage of photosynthesis are ATP and NADPH produced?a. The light-dependent reactionsb. The light-independent reactionsc. Both of the aboved. None of the above9. The earliest photosynthesizers probably used what as a source of hydrogen?a. H2Sb. H2Oc. CO2d. C6H12O610. How many carbon atoms are in a molecule of RuBP?a. When CO2 enters the Calvin cycle and binds to RuBP, RuBP gains a C atom. What is the purpose of RuBP gaining this C atom? 11. Which of the following organisms have the greatest problem with photorespiration?a. C4 plantsb. Heterotrophsc. C3 plantsd. CAM plantse. Purple sulfur bacteriaCellular Respiration 1. Where does glycolysis take place?a. Cytosolb. Mitochondrial Intermembrane Spacec. Mitochondrial Matrixd. Stroma 2. In addition to ATP, what are the end products of glycolysis?a. FADH2 and pyruvateb. NADH and pyruvatec. CO2 and H2Od. H2O and NADH3. All of the following are functions of the citric acid cycle EXCEPTa. Production of NADHb. Production of FADH2c. Production of ATPd. Release of CO2e. Adding electrons and protons to O2 forming H2O4. During aerobic cellular respiration, a proton concentration gradient in mitochondria is generated by ______ and used primarily for _____.a. Fermentation; NAD+ reductionb. Glycolysis; production of H2Oc. The electron transport chain; ATP synthesis d. The Citric Acid Cycle; ATP synthesis 5. Molecules that can potentially be converted to intermediates of glycolysis and/or the citric acid cycle include.a. Glucose and sucroseb. Proteinsc. Fatty acidsd. Starche. All the above f. None of the above 6. Which metabolic pathway is common to both fermentation and cellular respiration?a. Synthesis of acetyl CoA from pyruvateb. Glycolysisc. The electron transport chain d. The citric acid cycle e. A and B7. What is the purpose of NADH and FADH2? 8. According to the equation for cellular respiration, products for these reactions include both CO2 and H2O. Where and how are these products