It generalizes to the principle of corresponding states, and approximates a virial term as half the square of the number of particles, so it is only valid for very large numbers of particles. Derived by its namesake in 1881, one of its fit parameters accounts for the magnitude of its namesake's intermolecular forces. For 10 points, identify the equ
It generalizes to the principle of corresponding states, and approximates a virial term as half the square of the number of particles, so it is only valid for very large numbers of particles. Derived by its namesake in 1881, one of its fit parameters accounts for the magnitude of its namesake's intermolecular forces. For 10 points, identify the equation of state that corrects the ideal gas law's assumption of point-like, non- interacting particles with two parameters, often called a and b.
It generalizes to the principle of corresponding states, and approximates a virial term as half the square of the number of particles, so it is only valid for very large numbers of particles.