The plant cell referred to in the question is attached to this answer.
The structure in the plant cell that represent the sites of ATP production from photosynthesis is the CHLOROPLAST; THAT IS OPTION B.
The photosynthesis reaction is divided into two stages, which are the light reaction and the dark reaction. The light reaction takes place in during the day in the presence of sunlight and it is during this period that ATP molecules are formed in the stroma of the chloroplast. During the dark reaction, the ATP produced during the light reaction together with NADPH are used as source of energy and reducing power respectively to manufacture carbohydrate from carbon dioxide.
Answer:
<em><u>While 4 molecules of ATP are produced in total, 2 were used to convert glucose to the reactive fructose-1,6-bisphosphate</u></em>
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<em>Thus, 4 ATP- 2ATP= 2ATP</em>
Explanation:
In the cytoplasm, cellular respiration starts, where glucose is broken down for energy production. in the presence of oxygen, energy is produced through aerobic respiration, while in an oxygen-deprived environment, anaerobic respiration can be carried out.
<em>Glucose is a relatively stable molecule, </em>thus in order for the pyruvate-producing reaction to occur, the <em>molecule undergoes phosphorylation </em>through the addition of high energy phosphate groups to drive the reaction forward.
Pyruvate is generated through glycolysis in the cytoplasm-it is oxidized to form acetyl CoA in aeroboc respration also used in fermentation (anaerobic respiration) as an electron acceptor.
<span>Because by the time it burns it self out, in a couple billion years, it won't matter. The fact that it will destroy the earth at this point also makes it not matter</span>
Answer:
An active transport requires energy, a passive transport does not.
That's all! Hope that helps :)