During photosynthesis, when light energy is transformed into chemical energy, which of the chemical reaction takes place?

ATP – iP= ADP

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ADP + iP = ATP

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GDP + iP= GTP

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AMP + iP=ADP

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Solution

The correct option is B ADP + iP = ATP
ADP + ip $l i g h t e n e r g y - ------ \to$ ATP(chemical energy)

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Similar questions

Q. We know ADP +iP gives ATP but how ADP came or formed in light reaction during electron transport???

The $I P_{1}, I P_{2}, I P_{3}, I P_{4}, I P_{5}$ of an element are 7.1, 14.3, 34.5, 46.8, 162.2 eV respectively. Which element among the following would that be?

{I P}_{1}

and

{I P}_{2}

M g

are

178

and

348 k c a l {m o l e}^{- 1}

. The energy required for the reaction

M g \to {M g}^{2 +} + {2 e}^{-}

is:

Q. The

{I P}_{1}, {I P}_{2}, {I P}_{3}, {I P}_{4}

and

{I P}_{5}

of an element are

7.1, 14.3, 34.5, 46.8, 162.2 e V

respectively.

The element is likely to be:

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During photosynthesis, when light energy is transformed into chemical energy, which of the chemical reaction takes place?

The correct option is B ADP + iP = ATPADP + ip light energy−−−−−−−→ ATP(chemical energy)

The correct option is B ADP + iP = ATP
ADP + ip $l i g h t e n e r g y - ------ \to$ ATP(chemical energy)