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(B) In aerobic respiration,the three major pathways are: $1$. Glycolysis (Pathway $A$): Glucose is converted to pyruvate. Net products include $ATP$ a

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$ATP$

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(B) In aerobic respiration,the three major pathways are: $1$. Glycolysis (Pathway $A$): Glucose is converted to pyruvate. Net products include $ATP$ and $NADH$.$2$. Link Reaction/Krebs Cycle (Pathway $B$): Pyruvate is converted to Acetyl-$CoA$ and then enters the Krebs cycle. Net products include $ATP$ (or $GTP$),$NADH$,and $FADH_2$.$3$. Electron Transport System (Pathway $C$): $NADH$ and $FADH_2$ are oxidized to produce $ATP$ and $H_2O$.Looking at the diagram:- Pathway $A$ (Glycolysis) produces $ATP$ (arrow $4$).- Pathway $B$ (Krebs cycle) produces $ATP$ (arrow $8$).- Pathway $C$ $(ETS)$ produces $ATP$ (arrow $12$).Thus,arrows $4, 8,$ and $12$ represent the net production of $ATP$ in these three stages.

The three boxes in this diagram represent the three major biosynthetic pathways in aerobic respiration. Arrows represent net reactants or products. Arrows numbered $4, 8, 12$ can all be

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