On the density of ethyl acetate
This is one of the important properties of the substance. Ethyl acetate has unique characteristics, and its density value is related to many practical applications.

Observe its density, which is affected by temperature and pressure. Under normal temperature and pressure, the density of ethyl acetate shows a specific value. When the temperature increases, the thermal motion of the molecule intensifies, and the spacing increases, resulting in a slight decrease in its density; when the pressure increases, the molecular spacing decreases due to extrusion, and the density may increase.

In the field of chemical industry, it is crucial to know the density of ethyl acetate accurately. When preparing the solution, the density can be used as the basis to determine the proportion of each ingredient and ensure the uniform quality of the product. In the separation and purification process, due to density differences, ethyl acetate can be effectively separated from others by methods such as distillation and extraction.

Furthermore, during storage and transportation, the density can help select suitable container and pipeline materials and specifications. Prevent container overload and pipeline damage due to poor density consideration.

From this perspective, in-depth exploration of ethyl acetate density is of great significance in industrial production and scientific research. Accurately grasping the law of its density change can provide solid theoretical support and practical guidance for related activities.