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You wish to measure the change in G°'for the hydrolysis of ATP: ATP ---> ADP + Pi but the equilibrium for the hydrolysis lies s...Asked by Manny
You wish to measure the ∆G°' for the hydrolysis of ATP:
ATP --->ADP + Pi
But the equilibrium for the hydrolysis lies so far toward products that analysis of the ATP concentration at equilibrium is neither practical or accurate. However, you have the following data that will allow calculation of the value indirectly.
K'eq = 59.5
∆G°' = +43.0 kJ/mole
Reaction 1:Creatine phosphate+ADP->ATP + creatine
Reaction 2:Creatine+Pi -> creatine phosphate
a) Calculate the ∆G°' for rxn. 1
b) Calculate the ∆G°' for the hydrolysis of ATP
I really need help with the steps to this problem, thank you!!
ATP --->ADP + Pi
But the equilibrium for the hydrolysis lies so far toward products that analysis of the ATP concentration at equilibrium is neither practical or accurate. However, you have the following data that will allow calculation of the value indirectly.
K'eq = 59.5
∆G°' = +43.0 kJ/mole
Reaction 1:Creatine phosphate+ADP->ATP + creatine
Reaction 2:Creatine+Pi -> creatine phosphate
a) Calculate the ∆G°' for rxn. 1
b) Calculate the ∆G°' for the hydrolysis of ATP
I really need help with the steps to this problem, thank you!!
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