The point at which the second virial coefficient is zero is inversely proportional to a van der Waals coefficient times this quantity; that point is the Boyle temperature.
The point at which the second virial coefficient is zero is inversely proportional to a van der Waals coefficient times this quantity; that point is the Boyle temperature. van der Waals predicts the critical temperature to be at 8a over 27b times this quantity. The difference between the heat capacities in the numerator and denominator of the adiabatic index is equal to it. Plotting rate constant against reciprocal temperature gives a graph with slope inversely proportional to this value, because it appears in the denominator of the exponential term of the Arrhenius equation. This constant is the result of multiplying Boltzmann's constant by the Avogadro constant, and it's equal to PV over NT. For 10 points, what is this constant, often symbolized R?
The point at which the second virial coefficient is zero is inversely proportional to a van der Waals coefficient times this quantity; that point is the Boyle temperature.
ideal gas constant [accept R before mentioned]