Which is not correct relationship between - G- and equilibrium constant KP

The correct options are A K_P = RT log Δ G^⊖ B K_P = [e/RT]^Δ G^⊖ C K_P = Δ G^⊖/ RT Δ G = Δ G^⊖ + RT log K and at equilibrium, Δ G ...

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Standard XII

Physics

Surface Tension

Which is not ...

Question

Which is not correct relationship between $Δ G^{⊖}$ and equilibrium constant $K_{P}$

K_{P} = - R T l o g Δ G^{⊖}

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K_{P} = [e / R T]^{Δ G^{⊖}}

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K_{P} = - \frac{Δ G^{⊖}}{R T}

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K_{P} = e^{- Δ G^{⊖} / R T}

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Solution

The correct options are
A $K_{P} = - R T l o g Δ G^{⊖}$
B $K_{P} = [e / R T]^{Δ G^{⊖}}$
C $K_{P} = - \frac{Δ G^{⊖}}{R T}$
$Δ G = Δ G^{⊖} + R T l o g K$
and at equilibrium,
$Δ G = 0$ so
$Δ G^{⊖} = - R T l o g K$
$Δ G^{⊖} = - R T l n K_{P}$
$K_{P} = e^{- Δ G^{⊖} / R T}$

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