(D) In photosystem-$I$ $(PS-I)$,the reaction center is $P700$. When $P700$ absorbs light,it becomes excited and releases an electron. This electron is

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(D) In photosystem-$I$ $(PS-I)$,the reaction center is $P700$. When $P700$ absorbs light,it becomes excited and releases an electron. This electron is first captured by a primary electron acceptor,which is an iron-sulphur $(Fe-S)$ protein. From the $Fe-S$ protein,the electron is transferred to ferredoxin $(Fd)$.

Class 11 Biology Photosynthesis in Higher Plants Light reaction

In photosystem-$I$,the first electron acceptor is

A
Ferredoxin
B
Cytochrome
C
Plastocyanin
D
An iron-sulphur protein

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Class 11 Questions

Class 11

Biology Questions

Chapter

Photosynthesis in Higher Plants

Subtopic

Light reaction

Identify the correct pathway of electron transport in the $Z$-scheme.

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The primary electron acceptor during the ionization of water is:

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The first electron acceptor molecule from $P_{700}$ to $NADP^+$ is considered to be .........

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In non-cyclic photophosphorylation,there is photolysis of $12$ water molecules. How many $H^{+}$ are formed (in $H^{+}$)?

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$(a)$ $NADP$ reductase enzyme is located on $.....$
$(b)$ Breakdown of proton gradient leads to release of $.........$

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In photosystem-$I$,the first electron acceptor is

Similar Questions

Identify the correct pathway of electron transport in the $Z$-scheme.

The primary electron acceptor during the ionization of water is:

The first electron acceptor molecule from $P_{700}$ to $NADP^+$ is considered to be .........

In non-cyclic photophosphorylation,there is photolysis of $12$ water molecules. How many $H^{+}$ are formed (in $H^{+}$)?

$(a)$ $NADP$ reductase enzyme is located on $.....$$(b)$ Breakdown of proton gradient leads to release of $.........$

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$(a)$ $NADP$ reductase enzyme is located on $.....$
$(b)$ Breakdown of proton gradient leads to release of $.........$