Question

How many moles of ATP could be synthesised at 100% efficiency by a photosynthetic organism upon absorption of 1 einstein of red light (700 nm)

0.1 mole of ATP/ einstein

 

5 mole of ATP/ einstein

 

50 mole of ATP/ einstein

 

100 mole of ATP/ einstein​

Answer 1

Answer:

50 mole of ATP/einstein

Answer 2

the number of moles of ATP which can be synthesized at hundred percent efficiency by a photosynthetic organism after absorption of one Einstein of red light is equal to 50 moles of ATP.

Option c

Explanation:

• if we consider a photosynthetic organism 100% efficient then the amount of light which is absorbed is equal to the amount of energy which is produced by photosynthesis by that organism.

• Now there is a certain amount of light energy which is present in each of the photon of the light.

• This is due to the conversion of the light energy to the chemical energy. As a result of this the amount of energy which is contained in one Einstein of red light is equal to 50 moles of ATP and it is converted fully into ATP.

To know more about out formation of ATP,

Explain the mechanism of ATP formation in chloroplast

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