<prompt> Which is not a high energy molecule?ATPCarbamoyl phosphateGlucose-6-phosphateArginine phosphate  <response>: HIGH ENERGY COMPOUNDS ARE 1. Nucleotides: ATP, GTP, UTP, UDP-glucose ATP to AMP PPi ATP to ADP Pi 2. Creatine phosphate 3. Arginine phosphate 4. 1,3-bisphosphoglycerate 5. Phosphoenolpyruvate 6. Inorganic pyrophosphate 7. Carbamoyl phosphate 8. Aminoacyl adenylate aminoacyl AMP Sulfur Compounds 9. CoA derivatives: Acetyl CoA- 45.6 kj- 30.5- 43.1- 49.4- 61.9- 7.3- 51.4 Succinyl CoA Fatty acyl CoA HMG CoA 10.S-adenosylmethionine SAM 11.Adenosine phosphosulfate active sulfate. HIGH ENERGY COMPOUNDS These compounds, when hydrolyzed, will release a large quantity of energy, that is, they have a large DG0;. The high energy bond in compounds is usually indicated by a squiggle bond . The free energy of hydrolysis DG0 of an ordinary bond varies from -1 to -6 kcalmol. For example, glucose-6-phosphate has a free energy of only 13.8 kJmol -3.3 kcalmol. On the other hand, the free energy of high energy bonds varies from 25 kJmol -7 to -15 kcal mol.Ref: DM Vasudevan Textbook of Medical Biochemistry, 6th edition, page no: 226 