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ETC

Z-scheme in t...

Question

Z-scheme in thylakoid membrane is concerned with

A

reduction of

N A D +

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B

reduction of

C O_{2}

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C

electron transfer

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D

all of these

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Solution

The correct option is C electron transfer
Z-scheme of the light-dependent reactions happen in the thylakoid membrane of the chloroplasts and occur in the presence of sunlight. The sunlight is converted to chemical energy during these reactions. It is concerned with electron transfer along with the synthesis of ATP and NADPH.

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Similar questions

Q. Find out the correct combination concerning the components of photosynthetic electron transport, location in relation to thylakoid and action.
(I) OEC - lumen side - water reduction
(II) Plastocyanin - lumen side - electron transfer from cytochrome f to PS I
(III) Ferredoxin - stroma side - reduction of NAD

^{+}

to NADH
(IV) Cytochrome complex - integral protein - transfer electrons from

P Q H_{2}

P C

The correct answer is

Q. Find out the correct combinations concerning components of photosynthetic electron transport, location in relation to thylakoid and action.
I. OEC - Iumen side - water reduction.
II. Plastocyanin - lumen side - electron transfer from cyt f to PSI.
III. Ferrodoxin - stroma side - reduction of

N A D^{+}

N A D H

.
IV. Cytochrome complex - integral protein - transfer electrons from

P Q H_{2}

to PC.
Choose the correct answer.

Q. The electron transport chain (ETC), transfers electrons between molecules in a series of oxidation-reduction reactions to generate a difference in pH across the thylakoid membrane. How is the energy, generated through electron transfer, used to establish the pH gradient?

Q. The reaction involved in reduction of

N A D^{+}

Q. The scheme of transfer of electrons starting from the PS II to the reduction of NADP+ is called

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