Question
The equilibrium constant for the hydrolysis of a dipeptide alanylglycine is K = 8.1 x 107 at 310K but increases to K =108 at 330K.
The equilibrium constant for the hydrolysis of a dipeptide alanylglycine is K = 8.1 x 107 at 310K but increases to K=108 at 330K.
a) Compute the standard reaction Gibbs free energy for the hydrolysis at 310K.
b) Starting from the equation for the Gibbs Free Energy, G, in terms of H, S, and T, derive the vant Hoff Equation
c) compute H from the two temperatures and equilibrium constants given.
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Organic Chemistry
Authors: Francis Carey, Robert Giuliano
9th Edition
0073402745, 9780073402741
