Part 2: Matching Match each compound to a step that of the Light-Dependent Reaction. f. electron acceptor g. electron carrier h. chlorophyll II. i. NADPH reductase j. b,- f complex a. P700 b. Р680° c. P680 d. ATP synthase e. Photosystem I 51. Light photons excite electrons from this part of the Reaction Centre. Also known as Photosystem II. 52. 53. Reduced by electrons removed from H,O through photolysis. 54. Uses energy released by redox reaction to pump H' ions into the thylakoid space. Photons excite electrons that leave and are then replaced by electrons used to pump H' ions into thylakoid 55. space. 56. This complex has the Reaction Centre used for cyclic photophosphorylation. 57. Protein that is embedded in the thylakoid membrane. 58. The enzyme that helps remove electrons from the thylakoid. 59. The enzyme that acts to form ATP with chemiosmosis.

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Chapter1: The Human Body: An Orientation
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Part 2: Matching
Match each compound to a step that of the Light-Dependent Reaction.
f. electron acceptor
g. electron carrier
h. chlorophyll II.
i. NADPH reductase
j. b,- f complex
a. P700
b. Р680
C.
P680
d. ATP synthase
e. Photosystem I
|
51.
Light photons excite electrons from this part of the Reaction Centre.
52.
Also known as Photosystem II.
53.
Reduced by electrons removed from H,O through photolysis.
54.
Uses energy released by redox reaction to pump H' ions into the thylakoid space.
55.
Photons excite electrons that leave and are then replaced by electrons used to pump H° ions into thylakoid
space.
56.
This complex has the Reaction Centre used for cyclic photophosphorylation.
57.
Protein that is embedded in the thylakoid membrane.
58.
The enzyme that helps remove electrons from the thylakoid.
59.
The enzyme that acts to form ATP with chemiosmosis.
Transcribed Image Text:Part 2: Matching Match each compound to a step that of the Light-Dependent Reaction. f. electron acceptor g. electron carrier h. chlorophyll II. i. NADPH reductase j. b,- f complex a. P700 b. Р680 C. P680 d. ATP synthase e. Photosystem I | 51. Light photons excite electrons from this part of the Reaction Centre. 52. Also known as Photosystem II. 53. Reduced by electrons removed from H,O through photolysis. 54. Uses energy released by redox reaction to pump H' ions into the thylakoid space. 55. Photons excite electrons that leave and are then replaced by electrons used to pump H° ions into thylakoid space. 56. This complex has the Reaction Centre used for cyclic photophosphorylation. 57. Protein that is embedded in the thylakoid membrane. 58. The enzyme that helps remove electrons from the thylakoid. 59. The enzyme that acts to form ATP with chemiosmosis.
ulat acts to
Match each piece of information to a step that of the Light-Independent Reaction.
a. NADPH
е. 10
b. РGA
f. 12
c. Ribulose 1,5-bisphosphate
g. 6
h. Rubisco
d. 2
60. These molecules combine with CO, to form a 6-Carbon compound.
61. The enzyme that helps combine co, into the cycle.
62. The stable product formed after co, is fixed into the Carbon cycle.
63. The number of ATP needed to form bisphosphoglycerate for 1 glucose.
64. The number of G3P that contribute to glucose.
65. The number of PGA that is required to reconstitute the initial substrate that combines with co,.
Transcribed Image Text:ulat acts to Match each piece of information to a step that of the Light-Independent Reaction. a. NADPH е. 10 b. РGA f. 12 c. Ribulose 1,5-bisphosphate g. 6 h. Rubisco d. 2 60. These molecules combine with CO, to form a 6-Carbon compound. 61. The enzyme that helps combine co, into the cycle. 62. The stable product formed after co, is fixed into the Carbon cycle. 63. The number of ATP needed to form bisphosphoglycerate for 1 glucose. 64. The number of G3P that contribute to glucose. 65. The number of PGA that is required to reconstitute the initial substrate that combines with co,.
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