Which one of the following statement is incorrect in relation to photorespiration?

Question

Which one of the following statement is incorrect in relation to photorespiration? (A) It is a characteristic of C 3 plants. (B) The RuBP binds with O 2 to form one molecule of phosphoglycerate and phosphoglycolate. (C) There is synthesis of ATP or NADPH. (D) It occurs in daytime only.

Tardigrade Admin · Accepted Answer

Light-induced CO 2 liberation from C 2 compound of dark phase is called photorespiration. This process is considered to nullify the result of photosynthesis as there is no synthesis of ATP or NADPH.

Q. Which one of the following statement is incorrect in relation to photorespiration?

It is a characteristic of $C_{3}$ plants.

The RuBP binds with $O_{2}$ to form one molecule of phosphoglycerate and phosphoglycolate.

There is synthesis of ATP or NADPH.

It occurs in daytime only.

Light-induced $C O_{2}$ liberation from $C_{2}$ compound of dark phase is called photorespiration. This process is considered to nullify the result of photosynthesis as there is no synthesis of ATP or NADPH.

Q. Which one of the following statement is incorrect in relation to photorespiration?

It is a characteristic of C3​ plants.

The RuBP binds with O2​ to form one molecule of phosphoglycerate and phosphoglycolate.

There is synthesis of ATP or NADPH.

It occurs in daytime only.

Light-induced CO2​ liberation from C2​ compound of dark phase is called photorespiration. This process is considered to nullify the result of photosynthesis as there is no synthesis of ATP or NADPH.

It is a characteristic of $C_{3}$ plants.

The RuBP binds with $O_{2}$ to form one molecule of phosphoglycerate and phosphoglycolate.

Light-induced $C O_{2}$ liberation from $C_{2}$ compound of dark phase is called photorespiration. This process is considered to nullify the result of photosynthesis as there is no synthesis of ATP or NADPH.