Which one of the following funcions represents the Clausius Clapeyron equation for the change of phase of a pure substance?

\frac{d T}{d v} = \frac{h_{f g}}{T v_{f g}}

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\frac{d v}{d T} = \frac{h_{f g}}{T s_{f g}}

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\frac{d p}{d T} = \frac{h_{f g}}{T v_{f g}}

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\frac{d T}{d p} = \frac{h_{f g}}{T s_{f g}}

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Solution

The correct option is C $\frac{d p}{d T} = \frac{h_{f g}}{T v_{f g}}$
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_{v a p o u r}

l n (P_{v a p o u r}) = - \frac{Δ H_{v a p o u r}}{R} [\frac{1}{T}] + C

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