Activity Transport Chain and Chemiosmosis activity you will

Activity Transport Chain and Chemiosmosis activity, you will be asked to examine the illustration above and determine whether each of a series of statements correctly describes the process. statements into the appropriate bin depending on whether they correctly or incorrectly describe some aspect of the electron transport chain and chemical

Solution

Electrons moving from the FMN to Q to cytochrome b are gaining energy. -FALSE

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ATP serves as an electron carrier in the electron transport chain. -FALSE

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The pH of the intermembrane space in mitochondria would be lower than the pH of the mitochondrial matrix in an actively metabolizing cell. -TRUE

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A toxin that causes a leak to form in the inner mitochondrial membrane such that protons could bypass the ATP synthase would disrupt the flow of electrons to O2. -FALSE

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A chemical that inactivates cytochrome c so that it can\'t pass electrons on to cytochrome a would block electron transport and ATP synthesis. --------TRUE

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The electrons carried by FADH2 have more potential energy than those carried by NADH. ----. FALSE

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The final electron accepter is O2. ---------TRUE

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A toxin that causes a leak to form in the inner mitochondrial membrane such that protons could bypass the ATP synthase would prevent oxidative phosphorylation.------TRUE

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The electron transport chain of the inward layer of the mitochondria capacities to make a hydrogen particle fixation slope by pumping protons into the intermembrane space. In a common mitochondrion, the protons can just diffuse down their fixation angle by traveling through the ATP synthase and producing ATP. On the off chance that protons can travel through another transport protein then the potential vitality of the hydrogen concnetration gradient would be \"lost\" as warmth.