The answer is D. compare the pH paper's color with a chart of colors and pH ranges. This is the method of using pH paper. pH paper is just a method to determine the pH number roughly.
The most likely effect of the build-up to higher-than-normal levels inside the thylakoid is that more ATP than normal is made.
The thylakoids are membrane compartments in the chloroplast where light-dependent photosynthesis occurs. The scenario stated in the question indicates the formation of an electrochemical gradient, which results in proton pumping into the membrane and, eventually, ATP production. The buildup of protons within the thylakoid compartment during photosynthesis's light-dependent processes will be utilised to generate ATP. A proton gradient is generated between the interior of the thylakoid and the stroma, with protons being more concentrated inside the thylakoid than outside. Protons will then travel from the thylakoid's inside into the chloroplast's stroma through the enzyme ATP synthase. This enzyme will then phosphorylate ADP to produce ATP.
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Answer:
The pressure would be higher then 2.0.
Explanation:
you did the 1st one wrong!
1 mole of Zn gives 1 mole of ZnCl2
and 1.5 moles of Zn gives 1.5 moles of ZnCl2.