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28. This diagram of the light dependent reaction shows how an electron moves from the reaction centre to Photneystem Phetesptem photosystem I. an electron acceptor. photosystem II. a. b. C. d. an electron carrier. e. NADP. 29. This diagram of the light dependent reaction shows how an electron starts from the reaction centre found in Phetergtem photosystem I. an electron acceptor. a. b. . photosystem II. d. an electron carrier. e. NADP. 30. Photolysis is the process that breaks water so that P680 can be a. neutralized. b. hydrolyzed. C. synthesized. d. reduced. e. oxidized. Energfelectom Eneegy of electens

28. This diagram of the light dependent reaction shows how an electron moves from the reaction centre to Photneystem Phetesptem photosystem I. an electron acceptor. photosystem II. a. b. C. d. an electron carrier. e. NADP. 29. This diagram of the light dependent reaction shows how an electron starts from the reaction centre found in Phetergtem photosystem I. an electron acceptor. a. b. . photosystem II. d. an electron carrier. e. NADP. 30. Photolysis is the process that breaks water so that P680 can be a. neutralized. b. hydrolyzed. C. synthesized. d. reduced. e. oxidized. Energfelectom Eneegy of electens

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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This diagram of the light dependent reaction shows how an electron moves from the reaction centre to 28. 33. Reduction is the stage of the Calvin cycle that involves a. RUBP. b. Co: C. d. ATP and NADPH. АТР. NAUP ouctase NADPH. е. NAI NADPIE C3 and C4 plants differ in the way they take up 34- a. H.O. b. O. Photosystem ATP. C. d. Co. Photorystem e. NADPH. photosystem I. an electron acceptor. photosystem II. an electron carrier. a. b. 35. Plants that use ONLY the Calvin cycle to fix carbon are called c. C3 plants. C4 plants. d. a. NADP. b. e. CAM plants. C. d. C4 and CAM plants. Z plants. This diagram of the light dependent reaction shows how an electron e. е. 29. starts from the reaction centre found in 36. Which of these components is unique to RNA (rather than DNA)? a. adenine N b. thymine C. uracil d. guanine cytosine е. Pheteystem 37 Franklin's use of X-ray diffraction determined a key characteristic of Photorytem DNA. Which statement best reflects this? a. DNA has a definite helical structure with photosystem I. an electron acceptor. a. nitrogenous bases toward the middle Using known distances and bond angles, DNA is shown to have a helical structure. b. b. photosystem II c. d. an electron carrier. The three-dimensional structure of DNA shows A-T and C-G connections. C. e. NADP. DNA is a polymer of nucleotides that differ by nitrogenous base: adenine, guanine, thymine and d. 30. Photolysis is the process that breaks water so that P680 can be cytosine co Hydrogen bonding connects one side of the DNA helix to the other side. e. a. neutralized. hydrolyzed. synthesized. reduced. b. c. d. 38. Which term best describes the total DNA sequence of an organism? e. oxidized. genome. gene. a. b. 31. Photophosphorylation is the result of C. supercoiling. d. plasmid. photons acting on ADP. electrons that reduce an acceptor. a. e. nucleoid. b. C. d. photons acting on ADP + P. photons that split H:0 into 0:, 2e and 2H". 39. There are three basic steps to DNA replication. The third step is chemiosmosis of 2H' ions from H.O. e. dispersal. a. b. termination. 32. Cyclic photophosphorylation c. separation d. letting go. removes electrons from sugar. creating a proton gradient. requires an outside source of electrons. puts O. in the atmosphere. a. completion. е. b. c. d. e. breaks H.O for protons.
Transcribed Image Text:This diagram of the light dependent reaction shows how an electron moves from the reaction centre to 28. 33. Reduction is the stage of the Calvin cycle that involves a. RUBP. b. Co: C. d. ATP and NADPH. АТР. NAUP ouctase NADPH. е. NAI NADPIE C3 and C4 plants differ in the way they take up 34- a. H.O. b. O. Photosystem ATP. C. d. Co. Photorystem e. NADPH. photosystem I. an electron acceptor. photosystem II. an electron carrier. a. b. 35. Plants that use ONLY the Calvin cycle to fix carbon are called c. C3 plants. C4 plants. d. a. NADP. b. e. CAM plants. C. d. C4 and CAM plants. Z plants. This diagram of the light dependent reaction shows how an electron e. е. 29. starts from the reaction centre found in 36. Which of these components is unique to RNA (rather than DNA)? a. adenine N b. thymine C. uracil d. guanine cytosine е. Pheteystem 37 Franklin's use of X-ray diffraction determined a key characteristic of Photorytem DNA. Which statement best reflects this? a. DNA has a definite helical structure with photosystem I. an electron acceptor. a. nitrogenous bases toward the middle Using known distances and bond angles, DNA is shown to have a helical structure. b. b. photosystem II c. d. an electron carrier. The three-dimensional structure of DNA shows A-T and C-G connections. C. e. NADP. DNA is a polymer of nucleotides that differ by nitrogenous base: adenine, guanine, thymine and d. 30. Photolysis is the process that breaks water so that P680 can be cytosine co Hydrogen bonding connects one side of the DNA helix to the other side. e. a. neutralized. hydrolyzed. synthesized. reduced. b. c. d. 38. Which term best describes the total DNA sequence of an organism? e. oxidized. genome. gene. a. b. 31. Photophosphorylation is the result of C. supercoiling. d. plasmid. photons acting on ADP. electrons that reduce an acceptor. a. e. nucleoid. b. C. d. photons acting on ADP + P. photons that split H:0 into 0:, 2e and 2H". 39. There are three basic steps to DNA replication. The third step is chemiosmosis of 2H' ions from H.O. e. dispersal. a. b. termination. 32. Cyclic photophosphorylation c. separation d. letting go. removes electrons from sugar. creating a proton gradient. requires an outside source of electrons. puts O. in the atmosphere. a. completion. е. b. c. d. e. breaks H.O for protons.
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