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{c}
{title2=$\mathrm d\ln K/\mathrm dT=\Delta_rH^\circ/(RT^2)$}

= van't Hoff isochore
{c}
{synonym}

The temperature relation $\mathrm d\ln K/\mathrm dT=\Delta_rH^\circ/(RT^2)$ for a dimensionless thermodynamic equilibrium constant. With constant reaction enthalpy, integration gives the difference of reciprocal temperatures.


Van't Hoff equation

Past exam of the chemistry course of the year 1 of the natural sciences course of the University of Cambridge / 2022 / Paper 1 / 4 / a / vi / Solution

Past exam of the chemistry course of the year 1 of the natural sciences course of the University of Cambridge / 2022 / Paper 1 / 5 / c / iii / Solution

Past exam of the chemistry course of the year 1 of the natural sciences course of the University of Cambridge / 2023 / Paper 1 / 4 / a / Solution

codex/van-t-hoff-isochore

Van't Hoff equation ( $d ln K / d T = Δ_{r} H^{\circ} / (R T^{2})$ )

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Van't Hoff equation (dlnK/dT=Δr​H∘/(RT2))