show where the 36 ATP's per glucose molecule come from. Specific reactions from glycolysis, CAC, and ETS.?

Question

I really need to know which reactions the ATP are coming from

Answer 1

A net of 2 ATP are produced by glycolysis (along with 2 NADH)

2 more ATP are produced during the conversion of pyruvate to acetyl-CoA (also along with 2 NADH)

2 more ATP are produced directly during the citric acid cycle (along with 6 NADH and 2 FADH2)

The first 2 NADH's give rise to a total of 4 ATP, while the other 8 NADHs give rise to 24 ATP using the ETS

The two FADH2's give rise to 4 more ATP also using the ETS.

That all adds up to 36 ATP.