The majority of the energy in a molecule of glucose is lost as heat
<em>ATP produced by aerobic cellular respiration</em> is made by <em>oxidative phosphorylation</em>
<em>38 ATP particles</em> can be made peroxidized glucose atom during cellular respiration <em>(2 from glycolysis, 2 from the Krebs cycle,</em> and around <em>34 from the electron transport system)</em>
The bonds between carbons in the glucose particle releases energy
There are additionally high energy electrons captured caught as <em>2 NADH (electron bearers)</em> which will be used later in the <em>electron transport chain
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<em>NAD+ </em>is an electron transport particle inside the <em>cristae of a cell's mitochondria</em>
In glycolysis, the starting procedure of a wide range of cellular <em>respiration two atoms of ATP</em> are utilized to connect <em>2 phosphate groups</em> to a glucose particle, which is separated into<em> 2 separate 3-carbon PGAL atoms</em>
