Mutations that inhibit the function of photosystem I but not photosystem II would result in a plant cell that could still generate ______.
A. produce O2, ATP, and NADP+
B. produce ATP and NADP+
C. produce O2, ATP, and NADPH
D. produce ATP and NADPH
E. produce CO2 and ATP
A. produce O2, ATP, and NADP+
You might also like to view...
Which of the following statements explains why all of the F1 females from a cross between a red-eyed homozygous female and a white-eyed male are heterozygous?
A. The male parent provides them with a white-eye allele on the X and a red-eye allele on the Y. B. The male parent provides them with a white-eye allele on the X, and the female parent provides them with a red-eye allele on the Y. C. The male parent provides them with a white-eye allele on the X, and the female parent provides them with a red-eye allele on the X. D. The female parent provides two X chromosomes to each daughter who both carry the red-eye allele. E. None of the answer options is correct.
The movement of carbon from CO2 in the atmosphere to HCO3 - (a byproduct of chemical weathering) on rocks to CaCO3 in coral skeletons and finally CaCO3 in limestone are all steps in the _____________
A. short-term carbon cycle B. nitrogen cycle C. sulfur cycle D. long-term carbon cycle
Smaller mammals typically have higher ventilation rates than large mammals.
Answer the following statement true (T) or false (F)
Male fireflies are recognized by females of their species by their flash pattern, while male crickets are recognized by females of their species by their chirping. These are examples of
A. habitat isolation. B. mechanical isolation. C. temporal isolation. D. behavioral isolation.