# How many ATP molecules are DIRECTLY synthesised in this pathway from one glucose molecule?

38 ATP....

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my question is for glycolysis...how many ATP molecules are directly synthesised in glycolysis pathway for 1 glucose molecule..?????

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During the process of glycolysis 4 molecules of ATP are produced while 2 molecules ATP are utilised. Thus net gain of ATP is of 2 molecules
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38
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We will get net 2 ATP As in first step and third step ATP is consumed and o sixth step and 9th step we get 4 net ATP so total net is 2 atp
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For each glucose molecule only 2 ATP molecules are synthesised in glycolysis. If the question is "How many ATP molecules are synthesised from sucrose molecule,then it will be 4 ATP.As sucrose is a disacharide. In glycolysis,beginning if sucrose is the starting material first it breaks up in to one glucose and one fructose which will further under go glycolysis.
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38 ATP Molecules...........
• -10
2 atp is correct ans as
2 ATP (UTILISED)
2* 2 ATP(PRODUCED)
= 2 ATP WITH NADH + H

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directly synthesised atp is 4,since 2 atp are used during first and third step hence net gain is 2
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38 ATP.
• -7
sorry, .....ans is 2
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4 ATP molecules are directly synthesized in glycolysis per 1 molecule of glucose.
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4 ATP is directly synthesised. but 2 are utilised
so net gain is 2 ATP
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I done glycolysis process fully step by step.... And atlast mentioned that 2 molecules are directly synthesis in this pathway from 1 GLUCOSE molecule..... Hope u will get ur answer😊😊

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Check This One and 4 are directly Synthesised bcz when Fructose 1,6 Bi phosphate converted to PGAL and DHAP and they are also interconvertible so 2PGAL and further process is done here total 2 when 1PGAL and the again 1 PGAL gives 2 thus total 4

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4 ATP
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In the whole process of glycolysis the 4 ATP molecules are formed and 2 NADH2 molecules are formed. But however 2 ATP molecules are utilised and 2 ATP is formed.
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During the process of glycolysis 4 molecules of ATP are produced while 2 molecules ATP are utilised. Thus net gain of ATP is of 2 molecules. Hope it helps 😊😊
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Very good
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