Abstract
The significant-structure theory of liquids is applied to describe a two-dimensional liquid of hard disks. The results are in quite good agreement with the molecular-dynamics calculations. However, the virial expansion of the equation of state is in only fair agreement with the machine calculations. Cell theory is also applied to the two-dimensional liquid; it is found that although the agreement with the molecular-dynamics data is poor in the liquid range, the cell theory shows good agreement in the solid region.
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