Van Laar modified this equation to find the excess enthalpy of a liquid mixture. One parameter in thisequation is equal to twenty-seven sixty-fourths times R-square T sub c squared over P sub c. TheJoule-Thomson inversion temperature is equal to twenty-seven fourths times the critical temperaturepredicted by this equation. The isotherms predicted by this equation tend to oscillate around a phasetr
Van Laar modified this equation to find the excess enthalpy of a liquid mixture. One parameter in thisequation is equal to twenty-seven sixty-fourths times R-square T sub c squared over P sub c. TheJoule-Thomson inversion temperature is equal to twenty-seven fourths times the critical temperaturepredicted by this equation. The isotherms predicted by this equation tend to oscillate around a phasetransition, a fact corrected by Maxwell's equal area rule. This equation has parameters that account for theexcluded volume of a particle and one accounting for attractive forces between particles. Those parametersare labelled a and b. For 10 points, name this equation of state, a modification of the ideal gas law namedafter a Dutch scientist.
Van Laar modified this equation to find the excess enthalpy of a liquid mixture.
van der Waals equation