Fill in the blanks in this summary map to help you review the key...

Question

Fill in the blanks in this summary map to help you review the key concepts of cellular respiration.

Accepted Answer

Hi everyone. Welcome back The next question says, arrange the following stages of cellular respiration from lowest to highest on the basis of the total amount of a T. P produced per molecule of glucose. So we see the first part of our question here, we've got the four stages of cellular respiration and then our answer choices A, B, C and D. Are those four stages in different orders. So let's first go through stages and recall how much A T. P is produced in each stage. So glycol icis in the beginning produces four molecules of a. T. P per molecule of glucose. Peru acid oxidation. Is that step with a piru bait produced by electrolysis, gets converted to acetyl coa A which will then enter the Krebs cycle and that does not produce any A T. P. Then when the seal, kuwait enters the Krebs cycle, the Krebs cycle itself only directly generates two molecules of ATP per molecule glucose. As we recall. The way it's going to lead to energy production is that it generates those electron donors of n A D H f a D H two that are going to donate electrons to the electron transport chain. That will then drive the making of a T. P. By the enzyme 80 penis. So it doesn't produce much a TP itself directly. Then that leaves us with number four oxidative phosphor relation and that's that process of the electron transport chain, the flow of electrons down the transport chain donated by N A. D. H and F at H two dr protons across the membrane. Then those protons flow back through a teepee keenness and generate lots of a teepee. So that generates 26 to 34 depending molecules of a T. P per molecule of glucose. So we want to list them from the lowest to highest. So our lowest is obviously number two The primary acid oxidation and that's zero. And then our second would be the crop cycle itself, number three. Then our third would be glycol icis and the high. It would obviously be oxidative phosphor relation. So this is an order lowest to highest. So let's look through our answer choices. Choice C. Is the only one that has piru acid oxidation first. So we can actually go right ahead and select choice see as our correct answer. But we'll just confirm that everything else is correct. So peru acid oxidation Krebs cycle like Alexis, oxidative correlation, all four of those in the correct order. So arranged from lowest to highest. On the basis of total amount of 80 p produced per molecule glucose. Choice C is our correct answer. See you in the next video

Fill in the blanks in this summary map to help you review the key concepts of cellular respiration.

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