What is the maximum amount of ATP in grams formed from ADP in human cells during complete oxygen

| August 22, 2021 | education

What is the maximum amount of ATP in grams formed from ADP in human cells during complete oxygen oxidation of 10 grams of glucose? The answer is numeric, round to whole integers. Do not round up intermediate calculations, draw up a general formula. The molar mass of ATP is 507 g / mol, glucose is 180 g / mol.

The oxidation of glucose in cells is carried out in two stages:
– glycolysis, during which 2 mol of ATP is formed
– respiration, in which 36 mol of ATP is formed.
This means that the complete oxidation of 1 mol of glucose corresponds to 38 mol of ATP.
The mass of 1 mol of glucose is 180 g, and the mass of 38 mol of ATP is 38 * 507 = 19266 g
This means that the oxidation of 180 glucose gives 19266 g of ATP,
and the oxidation of 10 g of glucose gives Xg ATP.
Hence, x = (10 * 19266): 180 = 1070.33 …
With complete oxidation of 10 g of glucose in cells, approximately 1070 g of ATP is synthesized from ADP.



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