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Honors Biology Photosynthesis Review

Honors Biology Photosynthesis Review. o. b. r. electron acceptor. Identify each of the following:. s. electron. t. electron transport sys. s. r. b. chlorophyll. u. v. t. h. q. n. w. i. light energy. a. g. q. energized electrons. p. j. u. H +. l. k. m. c.

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Honors Biology Photosynthesis Review

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  1. Honors Biology Photosynthesis Review

  2. o. b. r. electron acceptor Identify each of the following: s. electron t. electron transport sys. s. r. b. chlorophyll u. v. t. h. q. n. w. i. light energy a. g. q. energized electrons p. j. u. H+ l. k. m. c. v. NADP+ e. f. k. ADP w. NADPH d. e. l. phosphate m. ATP c. photosystem 2 g. energized electrons n. light energy d. water h. electron acceptor o. chlorophyll e. H+ & O2 p. photosystem 1 i. electron transport system f. electrons j. energy used to pump H+ into compartment

  3. D=channel protein or ATP synthetase Identify each of the following: A = light B=proteins in electron transport system C=photosystem 1 E=ADP + P

  4. Identify each of the following: B=6 C substance B C=H2O C A A = CO2 D E D=G 3P (the turning point) E=5C substance F F=glucose

  5. A A = CO2 B = 5C substance B C C = 6C substance D D = two 3C substances E = ATP + NADPH E F = ADP + P + NADP+ E G = G 3P F H = glucose (C6H12O6) G I, J, K….. = sucrose, starch, cellulose, amino acids, fatty acids H I, J, K….

  6. Yl. = carotene Which of these is the most soluble? carotene Which of these is the least soluble? Yl. = xanthophyll Chl b Yl. = xanthophyll Bl. Gr. = Chl a Yl. Gr. = Chl b Original pigment line

  7. What process is shown here? photolysis

  8. What is happening in this picture? Identify a, b and c. a b c The energy released (as the electron from photosystem 2 moves to photosytem 1) is used to pump H+ into the thylakoid compartment. a. thylakoid membrane b. thylakoid compartment c. stroma

  9. What process is shown here? Identify two reasons for the H+ build-up inside. Describe what is happening in this process. chemiosmosis • Photolysis • Energy from electrons is • used to pump H+ in. Chemiosmosis = H+ diffuses out through the ATP synthase protein channel. The energy from this diffusion is used to phosphorylate ADP into ATP.

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