Basic aluminium chloride is a commonly used chemical that is widely used in industrial production and laboratory research. Relative density is a physical quantity that describes the proportion of the density of a substance relative to water. In scientific experiments and engineering design, understanding the relative density of substances is essential for normal use and safe operation.
The relative density of basic aluminium chloride is 135。This means that the density relative to water is 10. The density of basic aluminum chloride is greater than that of water. This value tells us that the mass of basic aluminium chloride is greater than that of water of the same volume in a certain volume.
In scientific experiments, we often need to accurately measure the mass and density of substances. Knowing the relative density of a substance can help us calculate the required mass and the containers and equipment needed during handling and transportation.
The table below summarizes some of the important properties of basic aluminum chloride, including relative density, chemical formula, and molecular weight:
As shown above, the chemical formula of the basic aluminum chloride is Al2Cl(OH)5 and its molecular weight is 2105 g moles.
In addition, the relative density of basic aluminium chloride is also temperature-dependent. One of the factors that determine the density of a substance is the thermal motion of the molecules. When the temperature of the substance increases, the thermal motion of the molecules is enhanced, and the density changes accordingly. As a result, the relative density of basic aluminium chloride measured at different temperatures may vary.
To summarize, the relative density of basic aluminium chloride is 135。Knowing this value helps us to calculate and use basic aluminium chloride correctly and to ensure the safety and accuracy of our experiments and engineering work. At the same time, we also need to note that the relative density measured at different temperatures may vary.