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What label D represents in the diagramMatrixStromaThylakoid membraneCristae membraneATPaseIntermembrane space...

Question

What label D represents in the diagramMatrixStromaThylakoid membraneCristae membraneATPaseIntermembrane space

What label D represents in the diagram Matrix Stroma Thylakoid membrane Cristae membrane ATPase Intermembrane space



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Where is chlorophyll located in the chloroplast? (a) thylakoid membranes (b) stroma (c) matrix (d) thylakoid lumen (e) between the inner and outer membranes

All right. So problem 36 here just wants us to label the through key features of ah, chloroplast offices are chloroplast here? I don't try us to replicate, uh, the picture that's given Forgive my art. Uh, all right, so this is our chloroplast, right? And it's really good this little nice little, like, cut out window, so to speak, something like this. We have these two different membranes, Okay, Something like that. Ah. And then we have, of course, our little oh, Prugger chip looking stacks of disks. Right. So you have some of those, okay? And then that's that's about it. Uh huh. I don't know that we need to draw any more than that. So some of the parts that they have listed here first is the very outer shell. And so, uh, of course, the show in general is the membrane. And so it's no surprise that the outermost one then is is called the outer membrane. Okay, then the second thes second thing that it has listed. It's sort of this pointing to some empty vacant space, and it's almost like, Well, what even is it pointing to? And and there's actually this sort of, like, matrix that fills in this blank space. Um, that content of enzymes, You know, it's where the Colin cycle occurs, and and that, that is, is called these Troma. Okay. So that our second element is tthe e strom? Aye. Okay, So then C c points to a whole stack of these old discs. And the whole stack is our Granna or Grantham, depending on Parore multiples. Okay, great. And this incident, the next one, the next one looks like to me that is pointing to just 11 of the's. And so the the grand, of course, is made out of a ah sort of pile of thes pilot coi ds case of Silas Coid. And in the final element here is kind of points too. This interior membrane, right? And so again, that's when doesn't have a surprising or difficult name. This is the inner membrane, okay? And so at this point, then it's really just about a matching up the order of the labels, the names. And so you know that our 1st 1 was the outer membrane. 2nd 1 was this trauma here. Ah, the 3rd 1 being the Gran 1/4 1 pilot coid and the last one inner membrane s o. The correct answer then is going to be

Hi in this video we're gonna be explaining the different membranes and compartments of the organelles, mitochondria and chlor appliances. So mitochondria are going to be found in both plants and animals. Um and clara plants are going to be found in plants. And we know that the mitochondria is you've often heard the powerhouse of the cell. So really it's going to be the center where energy is made for for usage that allows the organism to survive. Uh there's three mean pieces. I'm going to explain the outer membrane. So here so this controls what goes in and out of the mitochondria, the inner membrane. This is where the election transport chain and oxidative phosphor relation happens. So these two processes that really produce a T. P. Or energy from oxygen. And then the interest cellular matrix, right the matrix of the mitochondria. So it's going to be included within the inner membrane. And this is going to be where the Krebs cycle occurs. So crap cycle occurs. Uh We have in chloroplasts it's similar in ways but also different. So we have the outer membrane which controls what goes in and out of the chloroplast. We have the phallic oid membrane. This is where electron transport and also uh the photochemical processes occur for photosynthesis along with the thalidomide lumen. So phallic oid membrane which is the inner membrane that includes is these disk like structures called the phallic oid and inside of it. We had the thalidomide bloom in which really is also going to be clean important role in the photochemical process of photosynthesis in regulating the uh the concentration of different approach of protons essentially um in photosynthesis. And lastly, but at least we have a stromal which is this acquis environment between the outer membrane in the phallic oid membrane. Uh In this this the region contains uh the D. N. A. And also proteins that are going to be important for the Calvin cycle and photosynthesis with photosynthesis. Similarly, the matrix is going to include mitochondrial DNA as well, which will express proteins that are uh necessary for all of the biological processes and metabolic processes that the mitochondria is involved in.

So Ah, problem. Four here is asking, uh, sort of the structure of ah Grant. And so really, the keys to know what in the world is a granna? Uh, well, this is something that occurs here in a chloroplast. So if we just let this sort of, uh, over here be our chloroplast. So it's the chloroplast. And if we look inside, uh, it's gonna have have these sort of towers of the disks. You know, it almost looks like a stack of poker chips. Kind of a structure. Eso is there gonna fill it up and they'll they'll be connected here. And you can actually you know, there's coming a bunch of them. Okay. Ah, so these towers here, uh, 114 tower or stack of these is the Granna. Okay, okay. And so what is asking is what is a part of the Granna? It's sort of asking us what you know. If we break the granite out into pieces, it sort of is each one of these disks Essentially, okay. And so and so one of these disks here independently is gonna be called the I Look oId Hey, And then all this of a space that isn't a granna. Sort of the, uh this the substrate that's in there is is thin the, uh, miss traumas That sort of the every everything around it. Okay, so So what is part of the granite? Well, it's the Diallo Coy DS. So the answer we're looking for is Di di liquid.

So in this, questions were being asked where the Calvin Cycle is taking place. Uh, and river. The Calvin cycle is the same thing as the light independent reactions. And the answer is C um, which is the strom A off the chloroplast. So the answer is this trauma me just very quickly sketch out a chloroplasts That's my chloroplasts, someone uneven, Claire pressed. And then remember, inside the chloroplast, you have stacks of silent coins and the light reactions air occurring in the surface. Ah, are the membrane of the filing coins, for the most part, but the product to the products of the light reactions, important products or a teepee, and it is produced on the outside of the thigh liquid membrane. So E. D. P is converted 2 18 p through the actual A TV, some things. And then we also make n a D. PH and both of these air necessary for the Calvin cycle. And they're produced in the Strama. So that's a good way to remember that the here in this trauma and then they go off both of these into three Calvin cycle. So the Calvin Cycle occurs here in this trauma that empty and well, the liquid films based on empty space with liquid filled space surrounding the file in Queens


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