Transport across the inner membrane of chloroplasts depends on the proton gradient established during ATP synthesis, similar to mitochondria. Can someone explain why this statement is false?

Q: 12. Use Figure 4 for questions a-c below. ATP synthase matrix intermembrane space. Figure 4: Sketch…

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Q: To determine: How chloroplasts generate a larger proton gradient across the thylakoid membrane than…

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Q: Assume a pH gradient of 4.0 units across a thylakoid membrane, with the lumen more acidic than the…

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Q: Describe the process photophosphorylation

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Q: Where does the Calvin-Benson cycle occur in chloroplasts?   Chloroplast outer membrane   Thylakoid…

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Q: How does ATP production in chloroplasts resemble the process in mitochondria?

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Q: Explain, using a diagram, how during acyclic photophosphorylation (photophase) an electrochemical…

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Q: Explain how the mechanism of ATP generation in the chloroplast similar to that in the mitochondria?…

A: Introduction Plants and other organisms use photosynthesis to transform light energy into chemical…

Q: Describe in detail the roles of different modes of membrane transport played in the photosynthesis…

A: Photosynthesis is divided into two reactions light reaction and dark reactions. Light reaction…

Q: Chloroplast are called energy convertors. Explain.

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Q: Where is the proton concentration high in the chloroplast?     Intermembrane space     Thylakoid…

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Q: Unlike mitochondria, chloroplasts do not have a transporter that allows them to export ATP to the…

A: Metabolic activities in plants.

Q: The thylakoid membrane of the chloroplast has features similar to the mitochondrial inner membrane.…

A: Both mitochondria and chloroplasts are double-layered organelles present in eukaryotic plant cells.…

Q: Assume a thylakoid is somehow punctured so that the interior of the thylakoid is no longer separated…

A: Introduction  Chloroplasts and cyanobacteria contain membrane-bound compartments called thylakoids.…

Q: Illustrate the relationships among the membranes and compartments of (a) mitochondria and (b)…

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Q: What type of ATPase would be found in the thylakoid membrane of the chloroplast?

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Q: The establishment of the proton gradient is a very important part of photosynthesis. Briefly explain…

A:

Q: Daniel Arnon and coworkers carried out experiments with intact, salt- washed chloroplasts to study…

A: It is given that experiment is conducted by Daniel Arnon and coworkers with salt washed, intact…

Q: Antimycin A (an inhibitor of electron trans port) is an inhibitor of photosynthesis in chloroplasts.…

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Q: hown.    Molecules: CO2, H2O, O2, sugar   A:   B:   C:   D:  B) In the image attached, the…

A: INTRODUCTION      The  Calvin cycle is a main process that attained in the plants and algae so…

Q: A larger proton gradient is required to forma single ATP in chloroplasts than in mitochondria.…

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Q: What would be the effect on production of ATP from photosynthesis, assuming no effect on…

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Q: Describe some similarities between the electron transportchains in chloroplasts and in mitochondria.

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Q: List 5 similarities and differences between oxidative phosphorylation and light reactions in the…

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Q: (c) Compare the differences between oxidative phosphorylation and photophosphorylation by redrawing…

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Q: In cyclic photophosphorylation, it is estimated that two electrons must be passed through the cycle…

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Q: Cell membranes are required for electron transfer phosphorylation. Thylakoid membranes in…

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Q: Consider the structures and functions of mitochondria and chloroplasts.  For each of the statements…

A:

Q: photosynthesis produces O2 which can be used in oxidative phosphorylation and the citric acid cycle…

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Q: Determine how chloroplasts generate a larger proton gradient across the thylakoid membrane than…

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Photosynthesis

Plants have a capacity that we humans can only imagine— the ability to produce food from sunlight. Sure, we can prepare some dishes that we can savor on, but it become possible because of the plants (as they serve as a producers of all the raw materials required). Photosynthesis is the method of assembling carbohydrates with the aid of sunlight.