How many number of CO2 molecules are required to synthesise one molecule of glucose during C3 cycle

Question

How many number of CO2 molecules are required to synthesise one molecule of glucose during C3 cycle (A) One (B) Three (C) Six (D) Five

Tardigrade Admin · Accepted Answer

Six molecules of CO2 are required to synthesise one molecule of glucoses each of which undergoes a C3 cycle. Hence, 6 molecules of CO2 synthesise a glucose molecule after 6 turns of Calvin cycle.

Q. How many number of $C O_{2}$ molecules are required to synthesise one molecule of glucose during $C_{3}$ cycle

One

Three

Six

Five

Six molecules of $C O_{2}$ are required to synthesise one molecule of glucoses each of which undergoes a $C_{3}$ cycle. Hence, $6$ molecules of $C O_{2}$ synthesise a glucose molecule after 6 turns of Calvin cycle.

Q. How many number of CO2​ molecules are required to synthesise one molecule of glucose during C3​ cycle

One

Three

Six

Five

Six molecules of CO2​ are required to synthesise one molecule of glucoses each of which undergoes a C3​ cycle. Hence, 6 molecules of CO2​ synthesise a glucose molecule after 6 turns of Calvin cycle.

Q. How many number of $C O_{2}$ molecules are required to synthesise one molecule of glucose during $C_{3}$ cycle

Six molecules of $C O_{2}$ are required to synthesise one molecule of glucoses each of which undergoes a $C_{3}$ cycle. Hence, $6$ molecules of $C O_{2}$ synthesise a glucose molecule after 6 turns of Calvin cycle.