Question

Proton gradients Complete the following sentences to describe how energy from redox reactions is used to create a proton gradient in the electron transport chain of cellular respiration. water ATP synthase Coenzymes NADH and FADH? are and release to the electron transport chain. oxygen matrix As this occurs, are pumped across the membrane into the , beginning to establish a concentration gradient. coenzyme Q D Meanwhile, the donated are transported first to and next to the cytochrome complex within the electron transport chain, and more are pumped across the membrane, increasing the concentration gradient. ATP reductase oxidase Cytochrome carries two to the cytochrome complex, where they join with the terminal to create . reductase hydrogen ions intermembrane space protons Eventually, when enough are built up in the , they are transported back to the by , and ATP is produced. C electrons carbon oxidized reduced

          Proton gradients
Complete the following sentences to describe how energy from redox reactions is used to create a proton gradient in the electron
transport chain of cellular respiration.
water ATP synthase
Coenzymes NADH and FADH? are ______ and release ______ to the electron transport chain.
oxygen matrix
As this occurs, ______ are pumped across the membrane into the ______, beginning to establish a concentration gradient.
coenzyme Q D
Meanwhile, the donated ______ are transported first to ______ and next to the cytochrome ______ complex within the electron transport chain, and more ______ are pumped across the membrane, increasing the concentration gradient.
ATP reductase oxidase
Cytochrome ______ carries two ______ to the ______ cytochrome ______ complex, where they join with the terminal ______ to create ______.
reductase hydrogen ions
intermembrane space protons
Eventually, when enough ______ are built up in the ______, they are transported back to the ______ by ______, and ATP is produced.
C electrons
carbon oxidized
reduced

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Proton gradients
Complete the following sentences to describe how energy from redox reactions is used to create a proton gradient in the electron
transport chain of cellular respiration.
water ATP synthase
Coenzymes NADH and FADH? are and release to the electron transport chain.
oxygen matrix
As this occurs, are pumped across the membrane into the , beginning to establish a concentration gradient.
coenzyme Q D
Meanwhile, the donated are transported first to and next to the cytochrome complex within the electron transport chain, and more are pumped across the membrane, increasing the concentration gradient.
ATP reductase oxidase
Cytochrome carries two to the cytochrome complex, where they join with the terminal to create .
reductase hydrogen ions
intermembrane space protons
Eventually, when enough are built up in the , they are transported back to the by , and ATP is produced.
C electrons
carbon oxidized
reduced

Added by Tyler S.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

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Solved by Expert Sri K

10/15/2022

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Step 1: Coenzymes NADH and FADH are released to the electron transport chain. Show more…

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Texts: 47 2.12 points eBook Print References Proton gradients Complete the following sentences to describe how energy from redox reactions is used to create a proton gradient in the electron transport chain of cellular respiration. water oxygen coenzyme Q ATP reductase reductase intermembrane space C carbon reduced ATP synthase matrix D oxidase hydrogen ions protons electrons oxidized Coenzymes NADH and FADH, are As this occurs, the to the electron transport chain. Cytochrome cytochrome electron acceptor are pumped across the membrane into beginning to establish a concentration gradient. and release Meanwhile, the donated and next to the cytochrome within the electron transport chain, and more across the membrane, increasing the concentration gradient. Eventually, when enough are transported first to carries two to the complex, where they join with the terminal to create are built up in the they are transported back to the and ATP is produced. complex are pumped by Beset Proton gradients: Complete the following sentences to describe how energy from redox reactions is used to create a proton gradient in the electron transport chain of cellular respiration. 212 points water ATP synthase Coenzymes NADH and FADH are released to the electron transport chain. eBook oxygen matrix Print As this occurs, the hydrogen ions are pumped across the membrane, beginning to establish a concentration gradient. coenzyme D References ATP reductase oxidase Meanwhile, the donated electrons are transported first to cytochrome C and next to the cytochrome complex within the electron transport chain, and more protons are pumped across the membrane, increasing the concentration gradient. reductase hydrogen ions Cytochrome C is the electron acceptor. It carries two electrons to the complex, where they join with the terminal electron acceptor to create water. intermembrane space protons carbon electrons Eventually, when enough protons are built up in the intermembrane space, they are transported back to the matrix and ATP is produced. complex are pumped by Beset

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Transcript

00:01 Here we are going to talk about electron transport chain.

00:11 Right.

00:12 So let's draw the structure for electron transport chain.

00:16 So here i'm just drawing the chain very properly.

00:21 Just wait for a minute.

00:24 And between that there are so many different types of substances.

00:28 We will discuss about them only today.

00:30 Okay, so let me just draw this.

00:37 So here you can see after that here is something which is q present and out of that there is the next thing which is like this.

00:54 Right.

00:56 And from that there would be one thing which is here.

00:59 After this there would be something here and so on which is present here as well.

01:06 So the chain would look like this.

01:10 So the diagram would be like this.

01:14 Okay, you have to complete it fully.

01:17 I'm just going to explain about this.

01:25 Okay.

01:26 So please complete it fully.

01:28 Great.

01:29 So it was something looking like that.

01:30 So we have to discuss about the electron acceptors in this electron transport chain.

01:37 So firstly, let me tell you that the thing which is happening here, which is fm...

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