A) light reactions, Calvin cycle
B) glycolysis, citric acid cycle
C) light reactions, glycolysis
D) Calvin cycle, citric acid cycle
E) electron transport chain, light reactions
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Multiple Choice
A) noncyclic electron pathway
B) cyclic electron pathway
C) electron transport chain
D) light reactions
E) Calvin cycle reactions
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Multiple Choice
A) During cellular respiration, ATP energy is converted into carbohydrate.
B) During cellular respiration, mitochondria release oxygen.
C) During photosynthesis, energy from the sun is used to form lipids and proteins.
D) During photosynthesis, carbon dioxide is used.
E) During photosynthesis, NADH and FADH2 are the electron carriers.
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Multiple Choice
A) one
B) two
C) three
D) four
E) five
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True/False
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Multiple Choice
A) NADPH.
B) ATP.
C) NAD+.
D) oxygen.
E) carbon dioxide.
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Multiple Choice
A) do not perform any part of photosynthesis during the day.
B) fix CO2 in mesophyll cells during the day.
C) include economically important food crops like corn and sugarcane.
D) open their stomata at night to minimize water loss.
E) typically grow very quickly because they are found in hot, moist environments.
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True/False
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Multiple Choice
A) enters the photorespiration pathway.
B) raises the pH of the space until the processes stop.
C) is small enough to diffuse back out through the lipid bilayer.
D) converts NADP+ to NADPH and generates ATP in the process.
E) moves from the thylakoid space to the stroma through the ATP synthase complex.
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Multiple Choice
A) stroma.
B) thylakoid membrane.
C) thylakoid space.
D) cytoplasm.
E) matrix.
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Multiple Choice
A) the cytochrome system in the membranes of the thylakoids
B) a stack of thylakoid membrane structures
C) the double membrane of the chloroplast
D) a flattened disk or sac in the chloroplast
E) the central fluid-filled space of the chloroplast
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Multiple Choice
A) water and carbon dioxide.
B) carbon dioxide and NADPH.
C) carbon dioxide, NADPH, and ATP.
D) oxygen and carbon dioxide.
E) glucose and carbon dioxide.
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Multiple Choice
A) photosynthesis
B) anaerobic respiration
C) aerobic respiration
D) chemosynthesis
E) decomposition
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Multiple Choice
A) glucose and oxygen.
B) carbon dioxide and glucose.
C) carbon dioxide and water.
D) carbon dioxide and oxygen.
E) glucose and water.
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Multiple Choice
A) CO2
B) O2
C) C6H12O6
D) H2
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Multiple Choice
A) have the ability to synthesize organic molecules from inorganic molecules.
B) are ultimately dependent upon preformed organic molecules made by producers.
C) are the origin of all food for the rest of the living world.
D) are also called autotrophs.
E) None of the answer choices are characteristic of heterotrophs.
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Multiple Choice
A) both produce ATP.
B) both work via chemiosmosis.
C) both require a H+ gradient.
D) both are located in a membrane.
E) All of the answers are correct.
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Essay
Correct Answer
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View Answer
Multiple Choice
A) rice
B) cactus
C) corn
D) wheat
E) sugarcane
Correct Answer
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Multiple Choice
A) Glucose must always be produced first; glucose can then be used as the monomer to form everything else.
B) G3P is directly converted to many other organic molecules besides glucose.
C) Plants absorb those molecules from the environment through their roots.
D) Any molecule beyond glucose must be converted from plant tissues already present.
E) Alternative forms of photosynthesis beyond those described must be producing those molecules.
Correct Answer
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