Which part of cellular respiration produces the most atp molecules? a. pyruvate processing b. electron transport chain c. glycolysis d. krebs cycle?

b. electron transport chain

Explanation:

Glycolysis and Kreb's cycle are first and second stages of cellular respiration respectively. Each of these stages produces 2 ATPs from substrate level phosphorylation. The NADH and FADH2 formed during redox reactions of glycolysis and Kreb's cycle are oxidized through the electron transport chain and drive the synthesis of up to 32 ATPs.  

The proton motive force generated by oxidation of one NADH through electron transport chain drives the synthesis of around 3 ATPs. On the other hand, oxidation of FADH2 generates the proton motive force enough to drive the synthesis of around 2 ATPs.  

characterization of nanoparticles is a critical step in nanomaterial production as it provides information of dimension, morphology, surface charge, distribution and degree of surface functionalization.

they have identical fossils of organisms that have evolved over time.

both have animal fossils preserved in them due to weathering and erosion.

they contain different fossils because life on earth has changed through time.

the fossils in them were formed on the surface of earth due to exposure to sunlight.