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18 Nov 2019
Is there any way someone could help me complete this page? Still not sure what to do for B and C. Thanks for the help!
The combustion of glucose to CO2 and water is a major source of energy in aerobic organisms following equation may be useful: oretaninats a reaction favored mainly by a large negative enthalpy change. The CcH 1206 + 602 (g) 6C02 (g) +6H2O (1) ãã Ho =-2816 kJ/mole AS = 181 J/mole a. At 37 C, what is the value of AGo? ã -2872.ll K1/rol In the overall reaction of aerobic metabolism of glucose, 38 moles of ATP are produced from ADP for every mole of glucose oxidized. Calculate the standard state free energy change for the overall reaction when glucose is coupled to the formation of ATP b. ATP + H2O ADP + Pi AG =-30.5 kJ/mole What is the overall efficiency of the process in terms of the percentage of the available free energy change captured in ATP? c.
Is there any way someone could help me complete this page? Still not sure what to do for B and C. Thanks for the help!
The combustion of glucose to CO2 and water is a major source of energy in aerobic organisms following equation may be useful: oretaninats a reaction favored mainly by a large negative enthalpy change. The CcH 1206 + 602 (g) 6C02 (g) +6H2O (1) ãã Ho =-2816 kJ/mole AS = 181 J/mole a. At 37 C, what is the value of AGo? ã -2872.ll K1/rol In the overall reaction of aerobic metabolism of glucose, 38 moles of ATP are produced from ADP for every mole of glucose oxidized. Calculate the standard state free energy change for the overall reaction when glucose is coupled to the formation of ATP b. ATP + H2O ADP + Pi AG =-30.5 kJ/mole What is the overall efficiency of the process in terms of the percentage of the available free energy change captured in ATP? c.
Nestor RutherfordLv2
23 Mar 2019