A compilation presenting the mass per unit volume for various fluid substances in a visual, tabular format, specifically designed for access and distribution as a Portable Document Format (PDF) file, serves as a valuable resource. These documents typically list numerous liquids alongside their corresponding density values, often at standard temperature and pressure conditions. For instance, such a resource might specify the density of water as approximately 1000 kg/m or 1 g/cm at 4C, while also detailing densities for liquids like ethanol, mercury, and various oils.
The utility of such a reference lies in its ability to provide quick access to crucial physical properties. This facilitates calculations in fields like chemical engineering, physics, and materials science. In practical applications, the values enable accurate determination of mass from volume or vice versa, a necessity in processes involving fluid transfer, storage, and mixing. Historically, printed charts and tables were common, but the evolution to digital, shareable documents has improved accessibility and portability of these data.
