The correct relationship between standard free energy change $(\Delta G^o)$ and equilibrium constant $(K)$ is:
- A$\Delta G^o = RT \ln K$
- B$K = e^{\left( \frac{-\Delta G^o}{2.303 RT} \right)}$
- C$\Delta G^o = -RT \log K$
- D$K = 10^{\left( \frac{-\Delta G^o}{2.303 RT} \right)}$
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