For figure (on last page), the K_m for the enzyme is: a) 10 mu gv product per ho
ID: 94933 • Letter: F
Question
For figure (on last page), the K_m for the enzyme is: a) 10 mu gv product per hour b) 20 mu g product per hour c) 40 mu g product per hour d) 1 mM substrate e) 2 mM substrate For, figure 1 (on last page), the V_max for the enzyme is: a) 10 mu g product per hour b) 20 mu g product per hour c) 40 mu g product per hour d) 1 mM of substrate e) 2 mM of substrate Where does photosynthesis occur (for eukaryotic photosynthetic organisms)? a) lysosomes b) mitochondria c) photoplast d) protoplast e) chloroplast What molecule is responsible for capturing light energy during photosynthesis: a) chlorophyll b) primary electron acceptor c) photo receptor The ultimate source of H for C-fixation (Calvin Cycle) is: a) NADP b) NADPH_2 c) glucose d) H_2 O The source of carbon for carbohydrate synthesis of photosynthesis: a) CH_4 b) CO_2 c)C_6 H_12 O_6 d) NADPH_2 Fermenting organisms get ATP from: a)TCA cycle b) electron transport c) chemiosmosis flux d) glycolysisExplanation / Answer
46. Chloroplast - It i sthe region where photosynthesis will occur.
47. Photo receptors.
48. NADPH2 - NADPH2 converted into NADP+ and 2H+ is used in the calvin reaction. H2O is used in electron releaser and water converted in to O2.
49. CO2
50. Glycolysis. Fermentation is anaerobic process so pyruvate converted in to lactate. It not able to go TCA cycle. SO whatever ATP produced from fermentation is from glycolysis.
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