first identify the relation ship between
G0 and K as follows
G0
= - R T ln(K)
here
G0 = 21.79 Kj = 21790 j
R = gas constant = 8.314 j / k mol
T = temperature = 298 K
K = ?
substituting the values in the equation
G0
= - R T ln(K)
21790 = - (8.314)(298)ln(K)
21790 = - 2477.572 ln (K)
=> K = 0.0001515 => 1.515*10^-4
answer => 1.515*10^-4
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