Four molecules of ATP are formed when one glucose molecule goes through the reactions of glycolysis Is it correct to say that glycolysis yields two molecules of ATP? Yes, it is correct to say that glycolysis yields two to fuel glycolysis However, the net yield is not 2 ATP molecules of ATP While glycolysis produces two molecules of ATP, four molecules are needed as energy Yes, it is correct to say that glycolysis yields two to fuel glycolysis Therefore, the net yield is 2 ATPmolecules of ATP While glycolysis produces four molecules of ATP, two molecules are needed as energy No, glycloisis produces 4 molecules of ATP 4 molecules of ADP are converted to ATP through phosphorylation No, because during glycolysis, the glucose moleclule is split into two carbon3 compounds 2 NADs are reduced and a phosphate group is added to each carbon3 molecule 2 ATP replace those required for activation A net of two ATPs per glucose are produced, so FOUR
Four molecules of ATP are formed when one glucose molecule goes through the reactions of glycolysis
Is it correct to say that glycolysis yields two molecules of ATP?
Yes, it is correct to say that glycolysis yields two to fuel glycolysis However, the net yield is not 2 ATP molecules of ATP While glycolysis produces two molecules of ATP, four molecules are needed as energy
Yes, it is correct to say that glycolysis yields two to fuel glycolysis Therefore, the net yield is 2 ATPmolecules of ATP While glycolysis produces four molecules of ATP, two molecules are needed as energy
No, glycloisis produces 4 molecules of ATP 4 molecules of ADP are converted to ATP through phosphorylation
No, because during glycolysis, the glucose moleclule is split into two carbon3 compounds 2 NADs are reduced and a phosphate group is
added to each carbon3 molecule 2 ATP replace those required for activation A net of two ATPs per glucose are produced, so FOUR
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