Question 20 3CO2+9ATP+6NADPH+water⟶Glyceraldehyde 3−phosphate+9ADP

1.	Question 20 3CO2+9ATP+6NADPH+water⟶Glyceraldehyde 3−phosphate+9ADP+6NADP++8Pi.3CO_2+9ATP+6NADPH+water \longrightarrow Glyceraldehyde~3-phosphate+9ADP+6NADP^++8Pi.3CO22+9ATP+6NADPH+water⟶Glyceraldehyde 3−phosphate+9ADP+6NADP++8Pi.Analyze the above reaction and answer the following questions.How many molecules of ATP and NADPH are required to fix one molecule of CO2?CO_2?CO2
Answer» Question 20 $3−phosphate+9ADP+6NADP++8Pi.3CO_2+9ATP+6NADPH+water \longrightarrow Glyceraldehyde~3-phosphate+9ADP+6NADP^++8Pi.$ Analyze the above reaction and answer the following questions. How many molecules of ATP and NADPH are required to fix one molecule of $CO_2?$

Question 20 3CO2+9ATP+6NADPH+water⟶Glyceraldehyde 3−phosphate+9ADP+6NADP++8Pi.3CO_2+9ATP+6NADPH+water \longrightarrow Glyceraldehyde~3-phosphate+9ADP+6NADP^++8Pi.3CO22+9ATP+6NADPH+water⟶Glyceraldehyde 3−phosphate+9ADP+6NADP++8Pi.Analyze the above reaction and answer the following questions.How many molecules of ATP and NADPH are required to fix one molecule of CO2?CO_2?CO2

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Question 20
$3−phosphate+9ADP+6NADP++8Pi.3CO_2+9ATP+6NADPH+water \longrightarrow Glyceraldehyde~3-phosphate+9ADP+6NADP^++8Pi.$

Analyze the above reaction and answer the following questions.
How many molecules of ATP and NADPH are required to fix one molecule of $CO_2?$