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(A) Based on the chemiosmotic hypothesis of $ATP$ synthesis in chloroplasts:$(a)$ represents Photosystem-$I$ ($PS$-$I$),where $NADP^{+}$ is reduced to

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$(a)$ - Photosystem-$I$,$(b)$ - Thylakoid membrane,$(c)$ - Photosystem-$II$,$(d)$ - $F_{1}$

Vedclass · Answer

(A) Based on the chemiosmotic hypothesis of $ATP$ synthesis in chloroplasts:$(a)$ represents Photosystem-$I$ ($PS$-$I$),where $NADP^{+}$ is reduced to $NADPH$.$(b)$ represents the Thylakoid membrane,which separates the lumen from the stroma.$(c)$ represents Photosystem-$II$ ($PS$-$II$),which is involved in the photolysis of water.$(d)$ represents the $F_{1}$ headpiece of the $ATP$ synthase enzyme,which protrudes into the stroma and catalyzes the synthesis of $ATP$ from $ADP$ and inorganic phosphate.Therefore,the correct identification is: $(a)$ - Photosystem-$I$,$(b)$ - Thylakoid membrane,$(c)$ - Photosystem-$II$,$(d)$ - $F_{1}$.

Examine the figure given below and select the right option giving all the four parts $(a, b, c, d)$ correctly identified.

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