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Solved! Get answer or ask a different Question 10371

It is an equation that relates equilibrium constant to temperature.

can change according to temperature. The Van’t Hoff equation defines the change in equilibrium constant as a function of temperature. The equation under standard conditions is defined as:

##(d ln K_{eq))/(dT) = (DeltaH)/(RT^2)##

Where ##DeltaH## is the standard change of the reaction, T is the temperature in Kelvins, R is the gas constant (8.314 j/K/mol), and ##K_(eq)## is the equilibrium constant.

One of the main applications of the Van’t Hoff equation is to make estimations of the equilibrium constant at a specified reaction temperature. To do this, enthalpy of reaction is assumed to be constant over the temperature range considered. It can be a useful exercise, for example in industrial applications where chemical engineers need to check what improvement in yield can be achieved by raising the reaction temperature of an equilibrium system.

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