chemiosmosis-a-depends-on-complexes-in-the-thylakoid-membrane-b-depends-on-an-electrochemical-gradie

Question

Chemiosmosis
a. depends on complexes in the thylakoid membrane.
b. depends on an electrochemical gradient.
c. depends on a difference in H+ concentration between the thylakoid space and the stroma.
d. results in ATP formation.
e. All of these are correct.

Hailey Ames · Accepted Answer

So we&#x27;ll be discussing what key Neil off from specifically implant. It could be easily explained detailing. So we have this plant right here. Plan, of course. And the finding feature plants. So are its chloroplasts, which I&#x27;ve drawn here in little green circles. If we zoom in on the core class, we will see the stacked disk like structures like this, which are integral in many plant processes within plant cells, including, but not limited to t me off. These are called pilot coy. Now, inside these TeleChoice, as I said, is, Where are keen you have occurred? Some job really big pile accord here. Label it by quite. And we&#x27;ll quickly labeled with the outside. It&#x27;s not the file. A coid is the Strama. It is such base outside of that McCoy. All right, keep my meter stock disk like structure is this is just one of one piece of one of the stocks. All right, so if this green outline is the membrane through these membranes are a couple of proteins the trans membrane protein complexes that are involved in the electron transport chain and in a teepee, it could be emphasis is how plants make energy but won&#x27;t go over that a little bit more in a second, we&#x27;re gonna be talking about the electrochemical Grady in that has set up during the electron transport chain. As electrons go through, these proteins come in a manner like this. Um, protons come through. Every single comic goes to a different protein. More protons come through. But as you can imagine, this is going to increase the amount of proton on the inside of the pilot coId because they&#x27;re not leaving. And because more coming in and nothing&#x27;s being replaced on the outside, there are less proton on the outside of the file, a cordon in the Strommen. That means that there is a strong electrochemical radiant between the follicle in this trauma where the file accord has a higher grade Ian on the outside, It is this Grady it that allows the final protein electron transport Jane, which is called 87 days, which creates a t. P. As you might guess my from the name to do its job. Basically, what happens is that these protons comes through and along with the help of some stuff eight ap P is born from ADP. In this trauma, it is this specific area right here where the protons become a teepee that is our Kenya

Bryan Lynn · Answer

okay. It&#x27;s a problem. 13 is through the wear. And what is our key? Mu osmosis. Okay. And and so if we imagine that this wrecked tango is our cell in this Ah, we&#x27;ll make the red one. And incredibly large. Um, mitochondria. Okay, then. In in the mitochondria, we have our citric acid cycle. I was gonna previous see a citric acid cycle, and from that citric acid cycle, where would you have a production? Uh, any D h. I think there&#x27;s a better place to rape that. How? Put below here. And a D h. Okay. Ends the correction of any d each. Then I was actually gonna go up near the brain, and there is going to be key mu as Moses occurring. Right? And so what&#x27;s gonna happen here is that we&#x27;re getting ions traveling from there. High concentration to the lower concentration in the inter membrane space. Okay. And so it&#x27;s is this process of, uh, sending these hydrogen ions out of the mitochondria and anti in remembering space. That is sort of the definition of cumulus Moses. So we&#x27;re answering the one where Well, where is gonna be the mitochondria and what is going to be. Ah, hydrogen ions could be transported across the membrane. So the letter choice that matches that story up is going to be letter choice, see?

Joanna Quigley · Answer

this question. Looking Kenya osmosis does involve a movements of electrons across the cell membrane. Eight. The movements of hydrogen atoms across my column to remembering. See the movements of hard driven islands across the country remembering body movements of glucose through that some members a service is something to memorize. Kimiko Osmosis is specifically see. Movements of hydrogen islands looks across a monster country, remembering it&#x27;s important parts of production of 80 p.

Aditya Sood · Answer

Kenya&#x27;s most is involved the blank. So Kenya&#x27;s most this, remember, is how we can creator a PP on the end of cellular respiration. Once we have established a clear electrochemical, um, radiant with our region had each plus I owns We have to use our 80 p sympathies which will take a hydrogen, and it will allow ADP and A P to form a teepee. And so what essentially happens is that these H plus ions will move through 18 recent days to create a teepee on and they go across the mitochondrial membrane. And so the correct answer is C the movement of hydrogen islands across the mitochondrial membrane. Thank you for watching, and I hope this helps.

Archit Kothari · Answer

this question asked us to identify the immediate entry sources, which allows 80 peace and pace to produce a teepee. Oxidative is the last step in Arabic respiration, and so we don&#x27;t use glucose or any other compounds as those have been broken down already, as we can see and a th carries these electrons from food, the glucose and the transfer of fast rate is exactly what 80 piece and this does known as phosphor relation. And so this cannot be its immediate energy source. If we think about it, the flow of electrons down the electron transfer change is what sets up the H plus Grady in across the inner inner mitochondrial membrane. This Grady in applies pressure on 80 peace in space in turns 80 pieces of days, allowing it to produce H E P. This process is known as Comey osmosis. Thus, the correct answer is that H plus Grady in across the membrane is the immediate entry source that allows 87 days to produce a teepee

Aditya Sood · Answer

in chloroplasts, Blink and light leads to the flow of protons. Artist Attallah goods. That&#x27;s not it. 80 piece formed when prudence flow into the Taloqan movement. No, uh, light causes the TeleChoice movement become less acidic than this. Trauma light does not cause any fluctuations in the acidity and put out to turn actively through through this trauma through protein channels. That is correct, because in chloroplasts we see that the protons will go back into this trauma through these protein channels after the greedy in. So the correct answer is D. Thank you for watching, and I hope this up.

Problem

For questions 8–10, indicate whether the statemen…

Problem 7 Hard Difficulty

Chemiosmosis
a. depends on complexes in the thylakoid membrane.
b. depends on an electrochemical gradient.
c. depends on a difference in H+ concentration between the thylakoid space and the stroma.
d. results in ATP formation.
e. All of these are correct.

Answer

(e) all of these are correct

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(e) all of these are correct

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