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13 May 2019
1.) Glucose 6-Phosphate + H2O -> Glucose + Pi has a Keq of270. ATP + Glucose -> ADP + Glucose 6 phosphate has a Keq of 8 90. Using this information, calculate the standard free energy ofhydrolysis of ATP.
2.)The complete combustion of glucose to CO2 and H2O proceedswith an overall ÎG° of -686 kcal/mol. When this process occurs in atypical cell, 36 mol of ATP are produced from ADP and Pi.
Assuming that the ÎG for ATP <--> ADP + Pi is -10kcal/mol, and that ÎG° = ÎG for glucose oxidation under cellularconditions, what fraction of the potential energy of glucose isconserved as chemical bond energy in ATP?
What happens to the energy not conserved as ATP bond energy?
1.) Glucose 6-Phosphate + H2O -> Glucose + Pi has a Keq of270. ATP + Glucose -> ADP + Glucose 6 phosphate has a Keq of 8 90. Using this information, calculate the standard free energy ofhydrolysis of ATP.
2.)The complete combustion of glucose to CO2 and H2O proceedswith an overall ÎG° of -686 kcal/mol. When this process occurs in atypical cell, 36 mol of ATP are produced from ADP and Pi.
Assuming that the ÎG for ATP <--> ADP + Pi is -10kcal/mol, and that ÎG° = ÎG for glucose oxidation under cellularconditions, what fraction of the potential energy of glucose isconserved as chemical bond energy in ATP?
What happens to the energy not conserved as ATP bond energy?
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Jarrod RobelLv2
13 May 2019