Which of the following compounds, 2-phosphopropanoic acid, or 2-phospho-2-propenoic acid, would have the higher phosphoryl group transfer potential? Explain your answer.
Answer is 2-phospho-2-propenoic acid.
Because the product form are resonance stabilized and thus more stable than the product of hydrolysis of 2-phosphopropanoic acid. Hence, phosphoryl group transfer potential is high.
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Which of the following compounds, 2-phosphopropanoic acid, or 2-phospho-2-propenoic acid, would have the higher phosphoryl group...
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reasoning in a few sentences:
2. Explain why percent recovery is utilized in the CO2
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yourself to 1-3 sentences.
3. List 3 signals that should be observed in the IR
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To convert benzaldehyde to 3-phenyl-2-propenoic acid which reagent would you choose to initially react benzaldehyde with? OH OA. hon OH OB. Eto OEt ليه OH D. Br. он Which is the major product of this reaction sequence? PCI3 NaBH4 lon он AICI: Меон он OA. age Ос. ooh
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QUESTION 2 Order the following phosphate-containing compounds used in glycolysis in descending order according to their phosphoryl-transfer potential. - ATP - 1,3-bisphosphoglycerate - $ glucose-6-phosphate - Phosphoenolpyruvate
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