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What is the equilibrium constant if ATP hydrolysis by water produces standard free energy of -50 kJ/mol under normal body conditions?

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What is the equilibrium constant if ATP hydrolysis by water produces standard free energy of -50 kJ/mol under normal body conditions?

(a) 2.66 × 108

(b) 5.81 × 108

(c) 1.18 × 107

(d) 1.98 × 108

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Correct answer: (a) 2.66 × 108

Explanation:

ΔG = -RT ln Keq:

Normal body temperature = 37°C

⇒ -50 \(\frac{1}{2}\) = 8.314 \(\frac{J}{K\;mol}\) x 310 lnKeq

⇒ 19.39 = lnKeq

⇒ Keq = 2.66 × 108

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