Match the following columns:Column-IColumn-II | vedclass

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(D) The correct matches are as follows:$1$. $P_{680}$ is the reaction centre of $PS-II$ (Photosystem $II$),which absorbs light at $680 \ nm$. Thus,$(A

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$A-II, B-I, C-III, D-IV$

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(D) The correct matches are as follows:$1$. $P_{680}$ is the reaction centre of $PS-II$ (Photosystem $II$),which absorbs light at $680 \ nm$. Thus,$(A)-(II)$.$2$. $P_{700}$ is the reaction centre of $PS-I$ (Photosystem $I$),which absorbs light at $700 \ nm$. Thus,$(B)-(I)$.$3$. $	ext{LHC}$ (Light Harvesting Complex) consists of hundreds of pigment molecules bound to proteins,also known as antennae. Thus,$(C)-(III)$.$4$. Plastoquinone is a mobile electron carrier that transports electrons from $PS-II$ to the cytochrome $b_6f$ complex. Thus,$(D)-(IV)$.Therefore,the correct sequence is $A-II, B-I, C-III, D-IV$.

Column-$I$	Column-$II$
$(A)$ $P_{680}$	$(I)$ Reaction centre of $PS-I$
$(B)$ $P_{700}$	$(II)$ Reaction centre of $PS-II$
$(C)$ $\text{LHC}$	$(III)$ Antennae
$(D)$ Plastoquinone	$(IV)$ Mobile carrier

Match the following columns:
Column-$I$ Column-$II$
$(A)$ $P_{680}$ $(I)$ Reaction centre of $PS-I$
$(B)$ $P_{700}$ $(II)$ Reaction centre of $PS-II$
$(C)$ $\text{LHC}$ $(III)$ Antennae
$(D)$ Plastoquinone $(IV)$ Mobile carrier

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Match the following columns:Column-$I$Column-$II$$(A)$ $P_{680}$$(I)$ Reaction centre of $PS-I$$(B)$ $P_{700}$$(II)$ Reaction centre of $PS-II$$(C)$ $\text{LHC}$$(III)$ Antennae$(D)$ Plastoquinone$(IV)$ Mobile carrier