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Refer to the Table Below Summarizing How Several Compounds Can

Question 116

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Refer to the table below summarizing how several compounds can be effective as herbicides. Refer to the table below summarizing how several compounds can be effective as herbicides.   Which compound or compounds applied to a green plant would not change the plant's ability to carry out chemiosmosis, and which compound or compounds would not change the plant's ability to produce NADPH? Assume that the plant uses both cyclic and noncyclic photophosphorylation systems. A)  Compound A would not change the plant's ability to carry out chemiosmosis, and compound C would not change the plant's ability to produce NADPH. B)  Compounds A and D would not change the plant's ability to carry out chemiosmosis, and compounds B and C would not change the plant's ability to produce NADPH. C)  Compound D would not change the plant's ability to carry out chemiosmosis, and compound B would not change the plant's ability to produce NADPH. D)  Compound C would not change the plant's ability to carry out chemiosmosis, and compound A would not change the plant's ability to produce NADPH. E)  Compounds B and D would not change the plant's ability to carry out chemiosmosis, and compounds A and C would not change the plant's ability to produce NADPH. Which compound or compounds applied to a green plant would not change the plant's ability to carry out chemiosmosis, and which compound or compounds would not change the plant's ability to produce NADPH? Assume that the plant uses both cyclic and noncyclic photophosphorylation systems.


A) Compound A would not change the plant's ability to carry out chemiosmosis, and compound C would not change the plant's ability to produce NADPH.
B) Compounds A and D would not change the plant's ability to carry out chemiosmosis, and compounds B and C would not change the plant's ability to produce NADPH.
C) Compound D would not change the plant's ability to carry out chemiosmosis, and compound B would not change the plant's ability to produce NADPH.
D) Compound C would not change the plant's ability to carry out chemiosmosis, and compound A would not change the plant's ability to produce NADPH.
E) Compounds B and D would not change the plant's ability to carry out chemiosmosis, and compounds A and C would not change the plant's ability to produce NADPH.

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