Select the correct match.Column-IColumn-IIa. | vedclass

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(A) The correct matches are as follows:$1$. $OEC$ (Oxygen Evolving Complex) is responsible for the photolysis of $H_2O$ $(a-ii)$.$2$. $NADP$ reductase

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$a(ii), b(iii), c(iv), d(i)$

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(A) The correct matches are as follows:$1$. $OEC$ (Oxygen Evolving Complex) is responsible for the photolysis of $H_2O$ $(a-ii)$.$2$. $NADP$ reductase enzyme is located on the outer surface of the thylakoid membrane, where it reduces $NADP^+$ to $NADPH$ $(b-iii)$.$3$. Succinyl $CoA$ is a precursor molecule involved in the biosynthesis of chlorophyll $(c-iv)$.$4$. Phaeophytin acts as the primary electron acceptor in the electron transport chain of Photosystem-$II$ $(d-i)$.Therefore, the correct sequence is $a(ii), b(iii), c(iv), d(i)$.

Column-$I$	Column-$II$
$a.$ $OEC$	$(i)$ Primary e-acceptor
$b.$ $NADP$ reductase	$(ii)$ Photolysis of $H_2O$
$c.$ Succinyl $CoA$	$(iii)$ Outer surface of thylakoid membrane
$d.$ Phaeophytin	$(iv)$ Chlorophyll synthesis

Select the correct match.
Column-$I$ Column-$II$
$a.$ $OEC$ $(i)$ Primary e-acceptor
$b.$ $NADP$ reductase $(ii)$ Photolysis of $H_2O$
$c.$ Succinyl $CoA$ $(iii)$ Outer surface of thylakoid membrane
$d.$ Phaeophytin $(iv)$ Chlorophyll synthesis

Similar Questions

How many molecules of water are needed by a green plant to produce one molecule of hexose or to reduce $6$ molecules of $CO_2$?

$CO_2$ is constantly released in respiration,yet its level remains fairly uniform because:

Photosynthesis is a:

If $CO_2$ is released during respiration,why does the concentration of $CO_2$ in the atmosphere remain relatively constant?

Assertion: Six molecules of $CO_2$ and twelve molecules of $NADPH + H^+$ and $18\, ATP$ are used to form one hexose molecule.
Reason: Light reaction results in the formation of $ATP$ and $NADPH_2$.

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Select the correct match.Column-$I$Column-$II$$a.$ $OEC$$(i)$ Primary e-acceptor$b.$ $NADP$ reductase$(ii)$ Photolysis of $H_2O$$c.$ Succinyl $CoA$$(iii)$ Outer surface of thylakoid membrane$d.$ Phaeophytin$(iv)$ Chlorophyll synthesis