Which are not correct representation at equilibrium :

Options

A. `(V_(1))/(V_(2)) = e^(-Delta S//R)`
B. `K = e^(-DeltaG^(@)//RT)`
C. `(V_(2))/(V_(1)) = e^(-DeltaS//RT)`
D. `(P_(2))/(P_(1)) = e^(Delta H//RT)`

Answer

A, C, D

Explanation

`Delta G = Delta G^(@) +RT ln K_(eq)` at equilibrium
`Delta G = 0 rArr Delta G^(@) = -RT ln K_(eq)`
`(Delta S) sys = nR ln.(v_(2))/(v_(1)) + nC_(v) ln.(T_(2))/(T_(1))`