The equation for ATP hydrolysis isH₂OATP→ ADP + P₁AG"=-30.5 kJ/molCalculate AG for ATP hydrolysis to arrange the conditions from most favorable to least favorable. A37.0 °C and R = 8.315 J/(mol K)..ATP hydrolysis most favorableATP hydrolysis least favorableAnswer Bankmuscle: [ATP] = 8.1 mM; [ADP] = 0.9 mM; [Pi] = 8.1 mMbrain: [ATP] = 2.6 mM; [ADP] = 0.7 mM; [Pi] = 2.7 mMliver: [ATP] = 3.4 mM; [ADP] = 1.3 mM; [Pi] = 4.8 mM

Given for the hydrolysis reaction of ATP, T= 37oC +273 K=310 KR=8.315 J/(mol. K)To predict which ATP…

The equation for ATP hydrolysis is H₂O ATP ADP + P₁ Calculate AG for ATP hydrolysis to arrange the conditions from most favorable to least favorable. A -7.0 °C and R = 8.315 J/(mol. K). AG"=-30.5 kJ/mol

The equation for ATP hydrolysis is H₂O ATP ADP + P₁ Calculate AG for ATP hydrolysis to arrange the conditions from most favorable to least favorable. A -7.0 °C and R = 8.315 J/(mol. K). AG"=-30.5 kJ/mol

Chemistry by OpenStax (2015-05-04)

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ISBN:9781938168390

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Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser

Chapter16: Thermodynamics

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Question

The equation for ATP hydrolysis is
H₂O
ATP→ ADP + P₁
AG"=-30.5 kJ/mol
Calculate AG for ATP hydrolysis to arrange the conditions from most favorable to least favorable. A
37.0 °C and R = 8.315 J/(mol K).
.
ATP hydrolysis most favorable
ATP hydrolysis least favorable
Answer Bank
muscle: [ATP] = 8.1 mM; [ADP] = 0.9 mM; [Pi] = 8.1 mM
brain: [ATP] = 2.6 mM; [ADP] = 0.7 mM; [Pi] = 2.7 mM
liver: [ATP] = 3.4 mM; [ADP] = 1.3 mM; [Pi] = 4.8 mM

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